Yes.

Please start by introducing your professional journey in academia

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department.

Okay, so you’re Dean and Professor at QIS College of Engineering and Technology, focusing on product ecosystems. Is there anything else about your academic journey or key milestones you’d like to add, or is that pretty much your background?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing.

Alright, so you started as an Assistant Professor at KSRM College of Engineering before becoming Dean at QIS. Anything notable during your early faculty years that shaped your approach as an academic leader? Or any specific research focus that emerged in that period?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life.

So you started as an Assistant Professor right after your M.Tech in Power Electronics, and now you’re Dean and Professor at QIS. Was there a particular project, research area, or turning point in those early years that really set your academic path? Or is there anything else about your journey you want to highlight?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology.

Dr. Mauli, shifting to your teaching—what’s one foundational concept in power electronics or electrical engineering that you most enjoy introducing to students for the first time?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters.

Right, so after your B.Tech and M.Tech in electrical and power electronics, you went on to complete your PhD before moving into faculty roles. When you introduce students to power electronics, what’s one concept you find essential for their foundation, and how do you frame it so it’s accessible to them?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600.

Okay, so after your PhD you joined QIS as an Associate Professor and now also serve as Dean. Focusing on your teaching for a moment—when you first introduce a topic like power electronics to your students, what’s one idea or experiment you use to spark their interest and make the material feel relevant?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers?

So you joined QIS as an Associate Professor after your PhD and earned research funding in 2018 due to your performance. Thinking about your teaching today, how do you approach guiding students who are struggling with foundational concepts in power electronics or electrical engineering?

You mentioned you secured funding from CRB DHT, Government of India, due to your research performance in 2018. Before we shift topics, could you share one way that research experience influenced how you approach teaching theory or lab courses today?

Alright, so you became Professor and Dean after your success with the CRB DHT-funded research project. You’ve had a pretty varied academic journey. When you’re teaching a theory or lab course, how do you balance hands-on experimentation with conceptual understanding for your students?

Okay, you were promoted to Professor and Dean after your success with the CRB DHT project at QIS, leading the AAA department. When you’re teaching a core theory class, how do you decide whether to focus more on mathematical modeling or practical circuit analysis in your lectures?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000.

Alright, you’ve managed both academic leadership and research alongside your teaching at QIS. When you’re balancing those responsibilities, what’s one specific strategy you use to make sure your students still get a strong, structured learning experience in theory and lab courses?

You were saying you’re responsible for designing—in the context of your department leadership, do you mean designing the curriculum or something else? Go ahead.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia.

Alright, so you're responsible for designing, developing, and implementing the curriculum, plus running the board of studies for your department. Can you give me a concrete example of a curriculum change or new course you introduced that was directly influenced by your own research, maybe that CRB DHT-funded project?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced.

So you oversee curriculum design, development, and implementation—including board of studies and academic council approvals. Since you’ve led research funded by CRB DHT, can you walk me through a specific instance where insights from that project shaped a new course or major curriculum revision for your students?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs.

Okay, so you’re balancing research, academics, curriculum design, and council responsibilities—and you mentioned you participate in the Governing Council as well. For your CRB DHT-funded research, did you bring any of those findings directly into your undergraduate courses, maybe as lab experiments or case studies? How’d you make that relevant for students?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent.

Alright, let's talk about the broader impact of your research. Given your work in power electronics and your experience securing government funding, where do you see the most fundable research directions emerging over the next few years? Which specific grants or funding sources would you prioritize if you were building a new research group at VIT?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024.

Alright, so you completed the Early Career Research Award in 2016, and you mentioned three important research projects that brought useful funding to your college. For VIT University specifically, how would you leverage your experience in power electronics and these successful grants to secure new research funding or collaborations—especially aligning with VIT’s research initiatives?

You mentioned the Early Career Research Award project from 2016 to 2019 as one of your key contributions. Can you share how you translated the outcomes or innovations from that project into something tangible for your department or college—maybe by developing new labs, courses, or research collaborations?

Alright, so your Early Career Research Award project ran from 2016 to 2019 under the Science and Engineering Research Board, Department of Science and Technology. With that experience—and your broader work in power electronics—how would you foster industry-academia collaboration at VIT University, especially in Power Systems or Control Systems, to drive impactful research outcomes?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers.

Okay, let's pivot to teaching. Professor, you mentioned curriculum design and balancing academics with research. Suppose you're teaching a Power Electronics course to a large group—say 200 students—and you can't use slides. How would you structure a session so students stay actively engaged and really wrestle with the material, not just passively listen?

You gave the project title—experimental investigation of temperature-dependent parameters in indirect vector control of induction motors using FPGA. That’s pretty technical, and I’m guessing it could be tough to keep a big group of undergrads engaged with material like that. Imagine you’re teaching 200 students, no slides allowed—how would you actually run a session so students stay involved and have to grapple with the core concepts, not just listen passively?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab.

Alright, you said the outcome of your FPGA-based induction motor control project was a granted patent. That’s impressive. But focusing back on teaching—if you had to run a session for 200 students, no slides allowed, how would you get them actively involved with tough material like indirect vector control? What would you actually do in the classroom?

You mentioned that your work led to a patent and a Scopus-indexed publication—those are concrete outcomes. Since you’ve handled curriculum design and research, how would you assess whether your classroom strategies are actually working? For example, what signs or metrics would tell you that students are truly engaged and learning, not just attending?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed.

Makes sense. Now, accreditation cycles can get pretty demanding. If you joined our department and found that outcome assessment data was inconsistent across courses, how would you approach fixing that?

Alright, so you mentioned your project is at technology readiness level five and you're seeking industrial collaboration. Given your experience with curriculum design and research governance, what role do you see yourself playing in department-level administration—things like curriculum committees, program reviews, or quality assurance?

Alright, so you've advanced your project to TRL 5 and are looking for industrial partners to implement it. With that background, how would you contribute to fostering industry-academia collaboration at VIT University, particularly in Power Systems or Control Systems, to drive impactful research outcomes?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned.

Okay, so you’ve secured a sizable grant and are actively seeking industrial partners for tech transfer. That’s a solid example of bridging research and impact. Given your experience, Professor, how do you plan to leverage your background in Power Electronics or similar domains to secure research grants or funding opportunities when collaborating with VIT University’s research initiatives?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this.

You’ve got two major funded projects under your belt and you’re pushing for industrial adoption—those are concrete signs of research leadership. But for institutional stewardship, it’s more than research. How do you see yourself contributing to VIT University’s mission, especially in interdisciplinary research and department-level governance?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory.

Alright, Dr., so your second project tackled issues in single-phase photovoltaic systems using multilevel inverters and D-space controllers. You’ve clearly managed both technical and administrative responsibilities. Now, day-to-day, accreditation requires more than just research output and curriculum design. If you joined VIT and discovered inconsistent outcome assessment data across courses, what practical steps would you take to resolve that?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory. Another important project which I completed is. The uh. This is also sanctioned from the AICTE. The name is modern, Sir.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory. Another important project which I completed is. The uh. This is also sanctioned from the AICTE. The name is modern, Sir. Modernization of the laboratory. The total amount sanctioned was 15,29,000.

Alright, so your second funded project focused on single-phase photovoltaic systems with multilevel inverters and D-space controllers, and you managed the entire grant cycle. That’s substantial. Given everything you’ve said about curriculum design, research funding, and departmental leadership, what about day-to-day accreditation work? If you joined our department and found outcome assessment data was inconsistent across courses, how would you actually approach fixing that?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory. Another important project which I completed is. The uh. This is also sanctioned from the AICTE. The name is modern, Sir. Modernization of the laboratory. The total amount sanctioned was 15,29,000. Uh, from which I have established A laboratory called 220 kilovolts transmission line model.

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory. Another important project which I completed is. The uh. This is also sanctioned from the AICTE. The name is modern, Sir. Modernization of the laboratory. The total amount sanctioned was 15,29,000. Uh, from which I have established A laboratory called 220 kilovolts transmission line model. Where different types of compensation techniques like series and panel compensation. For the betterment of the voltage stability have been. Uh, implemented in this laboratory?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory. Another important project which I completed is. The uh. This is also sanctioned from the AICTE. The name is modern, Sir. Modernization of the laboratory. The total amount sanctioned was 15,29,000. Uh, from which I have established A laboratory called 220 kilovolts transmission line model. Where different types of compensation techniques like series and panel compensation. For the betterment of the voltage stability have been. Uh, implemented in this laboratory? So the most beneficiaries from this project is PG Stodem Sir.

Okay, so that last project was a collaboration with Taylor University Malaysia. You’ve clearly handled multiple grants and cross-border partnerships. But I’d like to hear your approach on something more operational. If you found that outcome assessment data was inconsistent across courses—how would you address that, step by step?

You’ve operated at a senior level, Dr., so let’s talk about professional judgment. Imagine a situation: a student formally complains that your grading is biased, but at the same time your department head pressures you to improve pass rates. How would you handle that tension?

Alright, so you've completed several major research projects, handled international collaboration, and produced both patents and publications. Now, let’s talk about ethical tensions. Say a student files a formal complaint that your grading is biased, but at the same time, your department head is urging you to improve pass rates. How do you balance academic integrity with this institutional pressure?

Good evening. And this is Doctor. Balpanur Mauli. Currently. Working as a. Professor and Dean. Development of product ecosystems in QIS College of Engineering and Technology, Ongole, Andhra Pradesh. And my professional journey starts. As an assistant professor in KSRM College of Engineering. Kadapa, Andhra Pradesh. After completing my. B.Tech in electrical and electronics engineering. And M tech in power electronics. From from jn to you. College of Engineering, Hyderabad. After that. After completion of the PhD. I joined as an associate professor in. QIS College of Engineering and Technology. In the year 2000. 15 to 2018. So in the 2018. Because of my performance getting the. Research funding project. From the CRB DHT. Government of India. I was offered with the professor as well as. Dean, professor and head of the department. In the QIS College of Engineering and Technology for the AAA department. So as a part of the academics. I balanced it. The academics as well as. The research. As a part of the academics I am responsible for. As head of the department, I am responsible for the Dean. Sorry, responsible for. The designing. Development and implementation of the curriculum. And conducting the board of studies. UMM Academy council meetings and getting approvals. From them. And participating in the Governing Council. Umm, apart from that. I balanced my research life. Uh, I completed three important research projects. And the very important. Uh funding grants? Which are useful to the college. So the first one is the. Umm Early Career Research award in the year. In the year 2016. Umm, I completed this project. Um, from 2016 to 2019. Umm, this is from the. Uh, CRB DST. Science and Engineering Research Board from the Department of Science and Technology. The title of the project is Experimental Investigation of the Temperature dependent parameters. In the indirect vector control of induction motor. And estimation using the FPGA. So the outcome of this project is. One patent has been granted. And one Scopus publication has been. Published. And one M Tech scholar has also been. Uh, produced. So apart from this these project is. Under the technology or A level? Five and looking for the industrial collaboration. Industrial Partners. Who can able to take this project and so that I can implement to their industry? So this is the first project and the total sanction amount is 20. 4,15,000 and ₹600. Next, I completed another important project that is from the. ACTA research promotional scheme. Government of India. The title of the project is actually Experimental Investigation of. The problems in the single phase. Photovoltaic systems for the using the multi level. Inverters and. Uh, estimation using the D space controllers? So in and I completed this project from the year 2019 to 2023. Umm, the total sanctioned amount is. 12,15,000. Another important The outcome of this project is. UH-2 squares publications have been produced. And another important project is. I completed. Uh, uh, one research project that is in collaboration with the Taylor University Malaysia. The outcome of this project is. Two papers have been produced. And about to submit the utilization certificate for this project. And the total sanctioned amount is. Uh, 14,00,000 around 14 plus lakhs. And the funding funding grants which are useful to the college I completed is the first one, the most important prestigious project, a CTE idea lab. The total amount sanctioned was 1,00,00,000. Cool accent. And I completed this project in the year 2024. As a part of this ACT initiative. The lab, uh. I completed nearly. 37. I like boot camps and offering the internship to the students. And also creating the awareness. For the school children and also school teachers. And also for the nearby Polytechnic colleges, we invited them to the ACT Idea Lab. Where the functionality of this 3D printer and 3D scanner? And this laser cutting machine? How they are going to work? They have shown them. And that was a great initiative by the ACT Idealab. And I am the principal investigator for all the projects so far I discussed. And also another important project which I completed is the fist funding for improvement of science and technology. This was sanctioned in the year 2020. I am the principal investigator. And at around 40,00,000 have been sanctioned. With this amount I. Established A laboratory called Industrial and Home Automation Laboratory. Many PLCS as well as PLCS. Have been procured with this. And the experimentation like the water tube boiler system and oil refinery process has been. Uh, umm, implemented successfully. And. The UG students are most benefited from this laboratory. Another important project which I completed is. The uh. This is also sanctioned from the AICTE. The name is modern, Sir. Modernization of the laboratory. The total amount sanctioned was 15,29,000. Uh, from which I have established A laboratory called 220 kilovolts transmission line model. Where different types of compensation techniques like series and panel compensation. For the betterment of the voltage stability have been. Uh, implemented in this laboratory? So the most beneficiaries from this project is PG Stodem Sir. So this is about my professional and as well as the research. Profile. Also I guided. I'm not guided completely. Umm. I'm guiding the five research scholars under the JNTU Kakinada.

Alright, so you’re wrapping up your third major project and handling utilization certificates — that’s pretty thorough. Let’s go back to my scenario: if a student files a formal complaint alleging biased grading but your department head pushes you to raise pass rates, what would your step-by-step response look like?

Alright Dr., you’ve mentioned handling utilization certificates and grants, so you’re clearly comfortable with institutional demands. What would you do if your department head disagreed with your approach to resolving the grading complaint?

That’s a major grant—one crore for the CTE idea lab, impressive. You’ve clearly managed substantial funding and institutional projects. Let’s pivot. How would you contribute to fostering industry-academia collaboration at VIT University, especially in Power Systems or Control Systems, to drive impactful research outcomes?

You mentioned the CTE idea lab grant—one crore is a significant amount, and that kind of industry-facing initiative is exactly where university partnerships thrive. With your experience, what concrete steps would you take to build active collaborations between VIT University and industry partners in Power Systems or Control Systems, aiming for research with real-world impact?

Alright, so you wrapped the CTE idea lab in 2024 and ran dozens of boot camps and internships through it—that’s quite a direct link to industry engagement. Can you share a specific example of how you structured one of those industry collaborations so that both students and the partner company saw measurable benefits?

Okay, so you structured boot camps and internships as part of the ACT initiative, and even worked to create awareness among school children and teachers. That’s a broad reach. Given your experience, how do you ensure that both industry partners and students see measurable benefits from these collaborations, not just participation?

Alright, so you’ve run boot camps, internships, and outreach to not just college students but school kids and teachers too. When you invited the Polytechnic colleges to the ACT Idea Lab, what was the biggest challenge in aligning their curriculum or expectations with your lab’s research objectives?

So you brought Polytechnic faculty and students into the ACT Idea Lab, showing them advanced tools like 3D printers and laser cutters. Let's tackle a different scenario around academic integrity. Imagine a student comes to you alleging that your grading was biased, but at the same time, your department head is pressuring you to improve student pass rates. How would you handle this ethical conflict?

You led those lab demonstrations for the Polytechnic colleges, showing off the 3D printer and laser cutter functions. But let's shift gears, Professor—imagine a student files a formal complaint, claiming your grading was biased. Meanwhile, your department head is pushing you to raise pass rates. How would you handle this ethical dilemma?

Okay, so you’re the principal investigator on all those lab and funding projects, and led outreach with advanced tech demos for Polytechnic visitors. But I’d like to return to the ethical scenario I mentioned—if a student formally alleges grading bias while your department head is pressuring you to improve pass rates, what’s your concrete approach to handling both the complaint and the institutional pressure?

You set up the Industrial and Home Automation Lab with FIST funding—that’s a significant achievement, especially as principal investigator. Shifting focus to your role as a senior academic leader, how do you see yourself contributing to industry-academia collaboration at VIT University, particularly in Power Systems or Control Systems, to ensure the research actually creates impact beyond publications?

Alright, you've set up the Industrial and Home Automation Laboratory with new PLCs using FIST funding, and you've been principal investigator across several major projects. Let’s focus on your approach to industry-academia collaboration—how would you contribute to fostering this at VIT University, especially in Power Systems or Control Systems, to ensure research leads to real-world impact and not just publications?

You mentioned that UG students really benefited from your Industrial and Home Automation Lab, especially with hands-on PLC experimentation and process simulations. I’d like to hear how you’d approach building industry-academia partnerships at VIT—what concrete steps would you take to ensure projects in Power Systems or Control Systems actually translate into meaningful industrial outcomes, rather than just academic publications?

Alright, you’ve put substantial funding into labs and student experiences, and implemented real process simulations. Earlier, I asked about handling a formal grading bias complaint while the department head is urging you to raise pass rates, and I didn’t hear your specific approach—walk me through step-by-step how you’d address both the student’s concern and the institutional pressure.

You mentioned the Modernization of Laboratories project and successful student engagement with the automation lab, but I still need to understand how you would actually handle an ethical dilemma. Let's say a student formally claims your grading was biased, while your department head is pushing you to increase pass rates. Walk me through, step by step, how you would respond to both the student's grievance and the institutional pressure.

Okay, so you established a 220 kilovolt transmission line model as part of the modernization grant. But earlier I asked about what you’d do if a student formally complained about biased grading while your department head pushed you to raise pass rates. I haven’t heard your step-by-step approach yet—how would you balance academic integrity and institutional pressure in that scenario?

You've implemented compensation techniques in your high-voltage lab and led multiple modernization projects, which shows strong technical leadership. Switching gears, Professor, how do you plan to leverage your experience in Power Electronics or related domains to secure research grants or funding opportunities in collaboration with VIT University’s research initiatives?

Alright, so you established the 220 kilovolt transmission line model with compensation techniques for voltage stability, and PG students are the main beneficiaries. But I still haven't heard how you'd handle an ethical conflict—say a student files a formal complaint alleging grading bias, while your department head wants you to increase pass rates. How would you manage that situation, step by step, to protect academic integrity and address institutional pressure?

Alright, Dr., you’ve clearly guided multiple scholars and established advanced labs with real-world simulations—which is impressive. But I still haven’t heard your step-by-step approach for handling an ethical conflict, like a grading bias complaint while facing pressure to raise pass rates. How would you respond to both the student’s concern and the department head’s request—what actions would you take, and how would you defend your decisions?

Yeah.

Yeah. Definitely they. The pass rates. Which can can be improved.

Yeah. Definitely they. The pass rates.

Yeah. Definitely they. The pass rates. Which can can be improved. For the student beneficiary.

So you said "yeah," but I need more detail. Walk me through what you'd actually do if a student accused you of grading bias and your department head was urging you to increase pass rates. What's your exact process—step by step?

Mm-hmm.

Yeah. Definitely they. The pass rates. Which can can be improved. For the student beneficiary. With the proper understanding of this. Project, Sir. Like you know first is the brainstorming activity can be conducted.

Mm-hmm.

Yeah. Definitely they. The pass rates. Which can can be improved. For the student beneficiary. With the proper understanding of this. Project, Sir. Like you know first is the brainstorming activity can be conducted. And then analysis. Um and then practical implementation orientation point of view we can able to. I improve the mass rate of the. Store LinkedIn.

So you said the pass rates can be improved for student benefit, but what would you actually do if a student filed a complaint—how would you make sure your grading is fair and defend your process to both the student and the department head?

Alright, so you’d start with a brainstorming activity to help students understand the project and boost pass rates. But let’s say the department head disagrees with your approach and keeps pushing you to change grades. How would you handle that pressure while keeping your grading process fair and transparent?

Okay, so you’d run brainstorming sessions and focus on practical implementation to help students understand the project better and improve pass rates. Let’s say after all that, your department head still insists you change grades for some students to boost overall results. Would you comply, or how would you handle that situation to protect academic integrity?

Ideally, this is not the file. Process of improving the. Uh, directly the grading of the OR marks of the students. Uh, but The thing is, we should make the student to understand it.

Ideally, this is not the file. Process of improving the. Uh, directly the grading of the OR marks of the students. Uh, but The thing is, we should make the student to understand it. Like the student may be a poor. And some students are very, uh, fair in understanding.

Ideally, this is not the file. Process of improving the. Uh, directly the grading of the OR marks of the students. Uh, but The thing is, we should make the student to understand it. Like the student may be a poor. And some students are very, uh, fair in understanding. So the sessions like uh. Happy learning can be conducted to the. Uh, poor students. As well as. Proper counseling to the students. And conducting the parent. Interactions. And interacting with the and providing the uh. Additional. Timing courses.

Ideally, this is not the file. Process of improving the. Uh, directly the grading of the OR marks of the students. Uh, but The thing is, we should make the student to understand it. Like the student may be a poor. And some students are very, uh, fair in understanding. So the sessions like uh. Happy learning can be conducted to the. Uh, poor students. As well as. Proper counseling to the students. And conducting the parent. Interactions. And interacting with the and providing the uh. Additional. Timing courses. Like add-on courses can be given to them. And extra classes can be taken to them.

Ideally, this is not the file. Process of improving the. Uh, directly the grading of the OR marks of the students. Uh, but The thing is, we should make the student to understand it. Like the student may be a poor. And some students are very, uh, fair in understanding. So the sessions like uh. Happy learning can be conducted to the. Uh, poor students. As well as. Proper counseling to the students. And conducting the parent. Interactions. And interacting with the and providing the uh. Additional. Timing courses. Like add-on courses can be given to them. And extra classes can be taken to them. Umm, this type of activities will definitely improve the past percentage of the students.

Right, so you believe improving student understanding is the right way—changing grades isn’t ethical. That tracks with academic integrity. Let’s pivot a bit: how would you contribute to fostering industry-academia collaboration at VIT University, especially in Power Systems or Control Systems, with a focus on impactful research outcomes?

Right, so you’re saying that instead of changing marks, you’d focus on making sure every student really understands—even if some students struggle more than others. You’re holding the line on not altering grades, which is clear. Now, let’s talk about industry-academia collaboration—how would you help foster those partnerships at VIT University, especially in Power Systems or Control Systems, to drive research that actually makes an impact?

Right, so you’re saying you’d support struggling students with extra sessions and parent interaction, but you wouldn’t alter grades. That’s a principled stance. Now, shifting gears—how would you contribute to fostering industry-academia collaboration at VIT University, especially in Power Systems or Control Systems, to achieve real research impact?

Okay, so with your experience setting up labs and working on funded projects—do you have industry connections that could help VIT students get internships or placements, especially in Power Electronics or Control Systems?

Right, so you’re saying you’d support struggling students with extra sessions and parent interaction, but you wouldn’t alter grades. That’s a principled stance. Now, shifting gears—how would you contribute to fostering industry-academia collaboration at VIT University, especially in Power Systems or Control Systems, to ensure research actually leads to real-world impact?

Yeah, industry academic collaboration is. Very much needed. To to bridge the gap between the academics and industries. This is the first point where we observed. Since long back.

Yeah, industry academic collaboration is. Very much needed.

Yeah, industry academic collaboration is. Very much needed. To to bridge the gap between the academics and industries.

Yeah, industry academic collaboration is. Very much needed. To to bridge the gap between the academics and industries. This is the first point where we observed. Since long back. And continuously. The programs like the internships. Must be given to the students. And secondly. Umm, industry people should come to the campus. And give the orientation.

Alright, you mentioned industry-academia collaboration is very much needed, but I’d like specifics. Can you name any companies or industrial partners you’ve actually worked with, or concrete ideas for how you’d bring those connections to VIT—like joint projects, internships, or curriculum improvements?

Yeah, industry academic collaboration is. Very much needed. To to bridge the gap between the academics and industries. This is the first point where we observed. Since long back. And continuously. The programs like the internships. Must be given to the students. And secondly. Umm, industry people should come to the campus. And give the orientation. I mean faculty. Faculty. Faculty from the industry should come to the campus and give the. Take some sessions. Uh, so that, uh, there will be minimum. The gap between the academia and industry. And the collaboration definitely helps.

You mentioned industry-academic collaboration is vital, but I need specifics—can you name any companies or industrial partners you’ve actually worked with, or share a concrete idea for how you’d connect VIT students to real-world industry projects in Power Systems or Control Systems?

You’ve observed the industry-academia gap for some time. In your own projects, have you actually partnered with any companies or brought in industry professionals for student workshops or internships? If so, which ones—and if not, what’s your concrete plan for making those links at VIT?

Yeah, industry academic collaboration is. Very much needed. To to bridge the gap between the academics and industries. This is the first point where we observed. Since long back. And continuously. The programs like the internships. Must be given to the students. And secondly. Umm, industry people should come to the campus. And give the orientation. I mean faculty. Faculty. Faculty from the industry should come to the campus and give the. Take some sessions. Uh, so that, uh, there will be minimum. The gap between the academia and industry. And the collaboration definitely helps. To fulfill the gap.

Alright, Dr., let’s get a bit more technical now. In your experience with Power Systems, suppose you’re tasked with improving reliability for a rural microgrid that suffers frequent outages. What practical steps would you take to diagnose and solve the issue, given limited local resources?

Alright, you pointed out internships and industry-led sessions as ways to bridge the gap, but I’d like to hear about your technical side. When you’re teaching lab courses—let’s say you’re running a power electronics experiment with students and the hardware suddenly fails mid-session—how do you keep the learning effective and maintain engagement without working equipment?

Alright,

Also. Hello can I speak?

Yes, you can speak—go ahead.

Yeah, from the. Faculty point of view this industry collaborative industry. Uh, academia collaborations will definitely help to generate the. Umm, revenue in the name of the consultancies.

Yeah, from the. Faculty point of view this industry collaborative industry. Uh, academia collaborations will definitely help to generate the. Umm, revenue in the name of the consultancies. So whatever the problems they are facing in the industries. Our faculty can able to. Tackle that in that way it also useful to the faculty.

Alright, you’re pointing out that industry-academia collaboration brings in consultancy revenue as well. Let’s dig into your technical expertise in Power Systems—if you’re tasked with improving reliability for a rural microgrid that suffers frequent outages, what practical steps or system changes would you recommend to stabilize the grid?

Okay, so you see consultancy as a win-win—faculty tackle real industry problems, which builds revenue, experience, and stronger ties. Now, focusing on Power Systems: if you were asked to improve the reliability of a rural microgrid that’s frequently experiencing outages, what specific steps would you take to diagnose and address the root causes?

Yeah, this is at. Uh, microgrid level.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends.

You started to mention microgrid level—go on. What would be your process for diagnosing those outages?

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen?

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided. And against camps. Like energy conservation can also be. Done for the.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided. And against camps. Like energy conservation can also be. Done for the. Especially the rural background.

You mentioned distribution engineers should handle it, but I’m curious—if you were personally leading the effort, what diagnostic tools or tests would you use to pinpoint the cause of those microgrid outages?

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided. And against camps. Like energy conservation can also be. Done for the. Especially the rural background. And the. Umm, microgrids point of view. Um, this mitigation problems. The problems like. Uh, grid. Grid connectivity with respect to the solar. Can also be minimized.

Alright, you’re pointing out compensation techniques as a first step. But what diagnostic tools or tests would you personally use to pinpoint the cause of those outages in the microgrid—are you looking at relay coordination, power quality meters, or something else?

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided. And against camps. Like energy conservation can also be. Done for the. Especially the rural background. And the. Umm, microgrids point of view. Um, this mitigation problems. The problems like. Uh, grid. Grid connectivity with respect to the solar. Can also be minimized. Using some artificial intelligence techniques.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided. And against camps. Like energy conservation can also be. Done for the. Especially the rural background. And the. Umm, microgrids point of view. Um, this mitigation problems. The problems like. Uh, grid. Grid connectivity with respect to the solar. Can also be minimized. Using some artificial intelligence techniques. So that would definitely improve the. Quality of the power supply.

Yeah, this is at. Uh, microgrid level. So the engineers. Like a distribution, engineers should take it to. Yeah, should take care of it. The first thing is. They should go for the compensation techniques. Umm, especially at the street ends. Can we happen? And another thing is the power theft. Should be arrested. Which is likely to happen at the villages. And for them we should always create the awareness. Umm. What is the drawback of using such type of the power? Drafts and another thing is. We should adopt some energy conservation techniques. Like in agricultural fields. What they don't use instead of using the? UH-3 phase supply UH-3 instead of to run the three phase reduction motors J also run with the. Single face with the face splitters. Which can be which should be avoided. And against camps. Like energy conservation can also be. Done for the. Especially the rural background. And the. Umm, microgrids point of view. Um, this mitigation problems. The problems like. Uh, grid. Grid connectivity with respect to the solar. Can also be minimized. Using some artificial intelligence techniques. So that would definitely improve the. Quality of the power supply. So in that way the reliability of the system can be improved.

Alright, you mentioned compensation techniques at street ends, but can you give me a concrete example of what diagnostic test you’d use first—would you start with load flow analysis, thermal imaging, or something else?

Alright, you emphasized the role of faculty in tackling industry problems through consultancy. Now, let’s shift to Control Systems. If you’re teaching a lab course where students keep getting unstable readings from a PID controller setup, what hands-on troubleshooting steps would you walk them through to help them identify and fix the instability?

Alright, you highlighted compensation techniques and power theft prevention as key steps. When you’re actually diagnosing those outages, what’s your first move—would you use load flow analysis, thermal imaging, or something else to pinpoint the problem?

Okay, you flagged compensation techniques and power theft prevention as major steps for microgrid reliability. Now, let's talk Control Systems—imagine you're teaching a lab course and your students keep getting unstable responses in their closed-loop experiments. How would you guide them to troubleshoot and stabilize those systems, in practical terms?

Alright, you flagged compensation techniques and energy conservation as key steps, plus addressing power theft. Now let’s shift to Control Systems—imagine you’re teaching a lab course and your students keep getting unstable responses from a motor control experiment. How would you guide them to diagnose and stabilize the system, step by step?

Alright, so consultancy benefits the faculty and the college both. Now, switching to Control Systems—imagine you're teaching a lab course and your students keep getting unstable outputs in their closed-loop motor control experiments. What's your first step to help them troubleshoot and understand what's going wrong?

Alright, you emphasized how industry-academia collaboration can generate consultancy revenue and benefit both faculty and students. Switching gears—when you're teaching both theory and lab courses, what strategies do you use to make sure students connect abstract concepts from lectures to what they're actually doing in the lab?

You pointed out that faculty consulting on industry challenges benefits everyone, and that’s a fair observation. Switching gears—when you’re teaching both theory and lab courses, what’s your strategy to ensure students actually connect what they learn in lectures with what they do in the lab?

You mentioned tackling industry challenges through faculty consultancies. Let’s switch to teaching—when you’re responsible for both theory and lab courses, what’s your strategy to make sure students really connect textbook concepts to hands-on experiments?

You mentioned faculty consultancies help tackle industry problems and generate revenue, which strengthens those collaborations. Switching to teaching skills—when you're handling both theory and lab courses, what's your strategy to make sure students actually connect theoretical concepts with hands-on practice, especially in subjects like Power Electronics?

You highlighted compensation techniques, power theft prevention, and energy conservation as some solutions for microgrid reliability. Now, if you’re teaching both theory and lab courses, what’s your strategy to make sure students actually connect the theory with hands-on practice, especially for complex topics like power electronics?

You mentioned compensation techniques, power theft prevention, and energy conservation as ways to improve microgrid reliability, and even suggested using AI for grid connectivity issues. Now, when you're teaching both theory and lab courses, what's your strategy to make sure students actually understand the practical applications of what they're learning—not just memorize facts for exams?

Yeah, in the teaching. The laboratory sessions. Practical. See that. Teaching should be always done. With the research point of view.

Yeah, in the teaching. The laboratory sessions. Practical. See that. Teaching should be always done. With the research point of view. So. Um, the research prospective will definitely. Uh, improve the knowledge of the students. Uh, both.

Yeah, in the teaching. The laboratory sessions. Practical. See that. Teaching should be always done. With the research point of view. So. Um, the research prospective will definitely. Uh, improve the knowledge of the students. Uh, both. Theoretically as well as the practicals.

Alright, you said teaching should be done from a research perspective in the lab. Now, let’s talk control systems—imagine a student’s PID controller lab keeps oscillating wildly and they can’t stabilize it. What would you do to diagnose the issue and guide them toward a solution?

Yeah, in the teaching. The laboratory sessions. Practical. See that. Teaching should be always done. With the research point of view. So. Um, the research prospective will definitely. Uh, improve the knowledge of the students. Uh, both. Theoretically as well as the practicals. And sessions such as the industrial. Umm uh, industrial visits should. Conduct properly to the students.

Yeah, in the teaching. The laboratory sessions. Practical. See that. Teaching should be always done. With the research point of view. So. Um, the research prospective will definitely. Uh, improve the knowledge of the students. Uh, both. Theoretically as well as the practicals. And sessions such as the industrial. Umm uh, industrial visits should. Conduct properly to the students. Uh, definitely that will improve.

Okay, you highlighted how faculty working on industry problems as consultancies benefits both the institution and professional development. Let's talk about your experience guiding student projects—can you describe how you help students move from a basic project idea to a research-level contribution that might lead to a publication?

Alright, you said teaching should be done from a research perspective in the lab. Now, let’s talk control systems—imagine a student’s PID controller lab keeps oscillating wildly and they can’t stabilize the output. What’s your approach to help them diagnose and fix the issue, step by step?

Alright, you emphasized the importance of research-driven lab sessions and industrial visits to build practical understanding. Now, let’s talk control systems—imagine a student’s PID controller lab keeps oscillating wildly and they can’t stabilize the output. What troubleshooting steps would you walk them through to help diagnose and fix the instability?

Alright, you emphasized that teaching with a research perspective and organizing industrial visits help students connect theory with practice. When it comes to control systems, say a student’s PID controller experiment keeps oscillating and they can’t stabilize it—how would you guide them to figure out and fix the problem themselves?

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view. And then when it comes to the practicals? Um, definitely there will be some oscillatory response will be observed.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view. And then when it comes to the practicals? Um, definitely there will be some oscillatory response will be observed. So this can be properly. Analyze it.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view. And then when it comes to the practicals? Um, definitely there will be some oscillatory response will be observed. So this can be properly. Analyze it. Both in a simulation as well as the practicals.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view. And then when it comes to the practicals? Um, definitely there will be some oscillatory response will be observed. So this can be properly. Analyze it. Both in a simulation as well as the practicals. So then they understand. Because the simulation point of view they get the exact. The waveform. Whereas in the practical situations. Um, these equipments are going to. Make some errors. And they should focus on those errors in the research. And they should come up with their own ideas.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view. And then when it comes to the practicals? Um, definitely there will be some oscillatory response will be observed. So this can be properly. Analyze it. Both in a simulation as well as the practicals. So then they understand. Because the simulation point of view they get the exact. The waveform. Whereas in the practical situations. Um, these equipments are going to. Make some errors.

Really, whatever the knowledge they gained in the. Uh, theoretical point of view. Like proportional integrate derivative controller. Purpose. Like 1 is to reduce the peak overshoot and reduce the steady state error. And combinedly they both. So all these should be. As I said, probably theoretical point of view. And then when it comes to the practicals? Um, definitely there will be some oscillatory response will be observed. So this can be properly. Analyze it. Both in a simulation as well as the practicals. So then they understand. Because the simulation point of view they get the exact. The waveform. Whereas in the practical situations. Um, these equipments are going to. Make some errors. And they should focus on those errors in the research. And they should come up with their own ideas. So definitely they will understand why the oscillatory response has been produced. And how? How to mitigate this response? How to mitigate this oscillations? And how?

You touched on how PID elements reduce overshoot and steady-state error, tying theory to practical troubleshooting. Now, let’s talk about guiding student research—can you give one example where you helped a student take a project from idea to publication, and what your role was at each stage?

You touched on how PID elements address overshoot and steady-state error, but let's get concrete. Imagine a student keeps adjusting the gains and still can't get their system to stabilize—what questions would you ask them, or what steps would you have them try to help them pinpoint where they're going wrong?

Alright, you focused on connecting the theory—like the roles of P, I, and D—to what they actually observe in the lab, and that oscillatory behavior is expected if the tuning isn’t right. Now thinking about your own research publications, can you tell me about a paper you published in a reputed journal and what made the research significant or novel in your field?

You touched on how PID elements address overshoot and steady-state error, but let's get concrete. Imagine a student keeps adjusting the gains and still can't get their system to stabilize—what questions would you ask them, and how would you guide them to diagnose the issue step by step?

So you’d have them analyze both simulation and practical setups to connect theory with what’s actually happening. Now, you’ve published in reputable journals—can you walk me through how you decide which journal to target for a research paper, especially when you’re balancing novelty, impact, and visibility for your work?

Alright, you focused on how students can see the difference between simulation results and real-world equipment behavior, and analyze the sources of error themselves. Now, thinking about student research guidance—can you give one concrete example of how you helped a student take a project idea from initial concept through to publication in a reputable journal?

Alright, so you’d have students compare simulation and real-world results to spot errors, and encourage them to come up with their own fixes based on what they observe. Now, thinking about your ability to guide student projects—can you share a concrete example of a student project you supervised where the student faced a research roadblock, and explain how you helped them push through it without just giving them the solution?

Alright, you showed strong command over both Power Systems and Control Systems with those approaches. Now, switching to your teaching methods—how do you structure your lecture delivery to make sure complex concepts are clearly communicated and students stay engaged?

So I would like to. Umm, guide the students first. Based upon. Um, like a design thinking point of view?

Alright, you’d guide students using design thinking to frame their research topics. Now, when you have to evaluate student performance—say you’re setting exam questions and grading—how do you make sure your approach is fair and transparent for everyone, especially when there’s a mix of strong and weak students in the class?

So I would like to. Umm, guide the students first. Based upon. Um, like a design thinking point of view? First, they should have the concern. And secondly, the possibility and then innovation. Then ideation and then implementation. So these are the few of the design. Uh, thinking steps they should go through. Uh, initially they choose. Project. Initially they choose a project like. Uh, they observe what are the problems the. Are the villagers or agricultural? Fields what they are facing. And they should. Visit them. They should come up with the. Uh, ideation thought.

So I would like to. Umm, guide the students first. Based upon. Um, like a design thinking point of view? First, they should have the concern. And secondly, the possibility and then innovation. Then ideation and then implementation. So these are the few of the design. Uh, thinking steps they should go through. Uh, initially they choose. Project. Initially they choose a project like. Uh, they observe what are the problems the. Are the villagers or agricultural? Fields what they are facing. And they should. Visit them. They should come up with the. Uh, ideation thought. Innovations. And then project implementation point of view. They should first analyze. Analyze the project. And then set the different objectives. For that project. And then do the analysis part.

So I would like to. Umm, guide the students first. Based upon. Um, like a design thinking point of view? First, they should have the concern. And secondly, the possibility and then innovation. Then ideation and then implementation. So these are the few of the design. Uh, thinking steps they should go through. Uh, initially they choose. Project. Initially they choose a project like. Uh, they observe what are the problems the. Are the villagers or agricultural? Fields what they are facing. And they should. Visit them. They should come up with the. Uh, ideation thought. Innovations. And then project implementation point of view. They should first analyze. Analyze the project. And then set the different objectives. For that project. And then do the analysis part. Then they go for the simulation. And they come up with a real time implementation equipment. And all these. Uh, simulation can be. Uh, practically implemented using the real time simulators? Such as the FPGA, etcetera. Then they they give the. Then they also compare with the simulation results with the practical results. Then they go for the publication as well as the patenting. And then they go for the real. Uh, startup establishing the startup. And possibly they should go for the technology.

So I would like to. Umm, guide the students first. Based upon. Um, like a design thinking point of view? First, they should have the concern. And secondly, the possibility and then innovation. Then ideation and then implementation. So these are the few of the design. Uh, thinking steps they should go through. Uh, initially they choose. Project. Initially they choose a project like. Uh, they observe what are the problems the. Are the villagers or agricultural? Fields what they are facing. And they should. Visit them. They should come up with the. Uh, ideation thought. Innovations. And then project implementation point of view. They should first analyze. Analyze the project. And then set the different objectives. For that project. And then do the analysis part. Then they go for the simulation. And they come up with a real time implementation equipment. And all these. Uh, simulation can be. Uh, practically implemented using the real time simulators? Such as the FPGA, etcetera. Then they they give the. Then they also compare with the simulation results with the practical results. Then they go for the publication as well as the patenting. And then they go for the real. Uh, startup establishing the startup. And possibly they should go for the technology. Uh, I mean TRL level. 5:00 so that they could really develop the complete ecosystem that will be useful for the. Industry.

Alright, you’d have students go through design thinking—starting with identifying real-world problems, then moving to ideation. Now, when you’re setting exam questions and grading, what’s your process to make sure your evaluation is fair, transparent, and actually measures what students have learned?

Alright, you’ve got students using design thinking, starting from actual field problems, then moving through analysis and implementation. Switching topics now—when you’re tasked with setting up student evaluations and exam-related responsibilities, how do you make sure the assessments are both fair and reflect real learning, not just rote memorization?

Alright, you’ve outlined design thinking—starting with concern, then ideation and implementation—and encouraged students to compare simulation and practical results, aiming for publication or patenting. Now, when you’re responsible for evaluating students and setting exam questions, how do you ensure the exams actually measure deep understanding and not just rote memorization?

Yeah.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical.

Okay, you said teaching should always be tied to research and practical exposure, with industrial visits to reinforce that—so students really see why the theory matters. Now, when you're setting and grading exams, what do you do to make sure your questions actually test deep understanding and not just memorized facts?

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there. Like armature resistance control? Uh, umm, a field control? As well as the voltage control. So different types of controllers. They should be steady and then come to the. Uh, laboratory.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there. Like armature resistance control?

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there. Like armature resistance control? Uh, umm, a field control? As well as the voltage control. So different types of controllers. They should be steady and then come to the. Uh, laboratory. So so then. We will ask the Viva. Then we will, we will, we will conduct the. We'll try to conduct the experiment for them. And even after conducting the experiment taking the results. Then assessment should be properly. Done.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there. Like armature resistance control? Uh, umm, a field control? As well as the voltage control. So different types of controllers. They should be steady and then come to the. Uh, laboratory. So so then. We will ask the Viva. Then we will, we will, we will conduct the. We'll try to conduct the experiment for them. And even after conducting the experiment taking the results. Then assessment should be properly. Done. Because when the faculty team. Should Maine concentrate on? If they do not concentrate on this assessment. So definitely that will lead to the errors. So continuous assessments. In the laboratories. Should be done.

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there. Like armature resistance control? Uh, umm, a field control? As well as the voltage control. So different types of controllers. They should be steady and then come to the. Uh, laboratory. So so then. We will ask the Viva. Then we will, we will, we will conduct the. We'll try to conduct the experiment for them. And even after conducting the experiment taking the results. Then assessment should be properly. Done. Because when the faculty team. Should Maine concentrate on? If they do not concentrate on this assessment. So definitely that will lead to the errors. So continuous assessments. In the laboratories. Should be done. In every possible manner.

You started to explain that you’d link the theoretical content to the lab session, but didn’t finish. If you want to add more details about how you actually run the lab—like how you get every student hands-on or connect the experiment back to the lecture—feel free to share. Otherwise, I’ll move on. Can you tell me about a time you communicated a complex research idea or technical topic to an audience that wasn’t familiar with your field—what approach did you use to make it clear and engaging?

Okay, so you start with exercise problems based on the theory, and then show how the concepts apply in the lab. You were just about to explain how you make sure every student actually participates and connects what they see in the experiment back to the theory—can you walk me through what you do during the session to make that happen?

Yeah. Elaboratory session. Initially that. Uh, whatever the. Whatever the. The content, we thought. For the theoretical. Umm, initially we should create some. Uh, exercise. Like the problems should be given to them. And then when come to the project. We should tell them like whatever whatever we studied theoretically. Here we are. Are going to study. Observe it practically. Uh, so initially when the, when they come to the laboratory, they should come up with the bronze. Uh, brainstorming activity. So initially they. Suppose. Uh, to control the speed. The example to control the speed of the DC motor. They should come up with. Umm, a prior knowledge. What is? DC mission. Uh, and what are the different types of? Control methods are there. Uh, weather speed control. Or it is a. Umm, a target control? Or even in the speed control different types of methods are there. Like armature resistance control? Uh, umm, a field control? As well as the voltage control. So different types of controllers. They should be steady and then come to the. Uh, laboratory. So so then. We will ask the Viva. Then we will, we will, we will conduct the. We'll try to conduct the experiment for them. And even after conducting the experiment taking the results. Then assessment should be properly. Done. Because when the faculty team. Should Maine concentrate on? If they do not concentrate on this assessment. So definitely that will lead to the errors. So continuous assessments. In the laboratories. Should be done. In every possible manner. Then the complete. Uh, ecosystem will be. Developed.

So you start with problem-based exercises that tie back to the theory, then make sure students see how the lab brings those ideas to life. How do you handle a situation where a few students always dominate the equipment or discussion, and quieter ones get left behind?

Alright, so you start with brainstorming tied to theory, and give students a real-world example like controlling a DC motor. Let's switch gears—when you're preparing materials for a lecture, how do you make sure your delivery is clear and structured so students don't get lost, even if the topic is complex?

Okay, so you start lab sessions with problem exercises, link them back to theory, and encourage brainstorming before diving into experiments—like using DC motors as an example. Let’s shift to research publications: when you’re targeting reputed journals, what’s your process for selecting which results or findings are worth submitting, and how do you ensure your manuscript stands up to peer review?

Alright, so you start labs with exercises that link back to the underlying theory, encourage brainstorming, and make sure students bring prior knowledge—like understanding DC motors and control methods—before the experiment. Now, when you’re preparing your lecture materials, how do you make sure your delivery is clear and structured so students of different backgrounds and abilities can follow along?

Right, so you bring in exercises and brainstorming tied to prior knowledge, then push students to connect theory to lab work—like with DC motor speed control. Let’s talk about research publications now: what’s your process for choosing which journal to target when submitting a new research paper, especially if you’re aiming for high impact and visibility?

So you start lab sessions by linking theory with problem exercises, encourage brainstorming, and make sure students bring prior knowledge—like understanding DC motor speed control methods. Let’s talk about your research publications now: can you describe the process you followed to get a paper published in a reputed journal, from initial idea to final acceptance?

Alright, so you start lab sessions with brainstorming and encourage students to bring their prior knowledge—like understanding DC motors and control methods—before tackling the experiment. Let’s switch to research publications for a moment. When you’re preparing a manuscript for a reputed journal, what’s your approach to structuring the paper so it’s clear, compelling, and meets the expectations of reviewers?

You described starting lab sessions with exercises and connecting theory to practice, plus pushing students to brainstorm before experiments. Let’s shift—when you’re preparing lectures, how do you make sure your delivery stays clear and structured, especially when covering complex research topics or advanced theory?

You laid out how students should bring prior knowledge, brainstorm, and get assessed during lab sessions—like with DC motor speed control. Now, let’s talk research publications in reputed journals. Can you walk me through a published paper of yours—what was the main contribution, and what made it suitable for a top-tier journal rather than a conference?

Alright, you laid out how students should bring prior knowledge, brainstorm, and get assessed during lab sessions—like with DC motor speed control. Now, let’s talk research publications in reputed journals. Can you walk me through the process you follow to select a journal for submitting your work, and how you ensure your research meets their standards?

You described starting lab sessions with exercises and connecting theory to practice, plus pushing students to brainstorm before experiments. Let’s talk about research publications now—can you give me an example of a paper you published in a reputed journal, and explain what made the research novel or impactful?

Yeah, uh. Paper recently published.

You said you recently published a paper—can you share a bit about what made your research stand out, either in terms of its novelty or its impact on the field?

Yeah, uh. Paper recently published. Um in SEI Journal. That is 8 by 6 switched reluctance water. The main drawbacks in this Switcher Reluctance motors. Uh, is the high torque, umm, pulsations? So which should be definitely minimized. So the main drawback in this virtual reluctance machine is the torque positioning.

Yeah, uh. Paper recently published. Um in SEI Journal. That is 8 by 6 switched reluctance water. The main drawbacks in this Switcher Reluctance motors. Uh, is the high torque, umm, pulsations? So which should be definitely minimized.

Yeah, uh. Paper recently published. Um in SEI Journal. That is 8 by 6 switched reluctance water. The main drawbacks in this Switcher Reluctance motors. Uh, is the high torque, umm, pulsations? So which should be definitely minimized. So the main drawback in this virtual reluctance machine is the torque positioning. So the torque positioning should should be properly observed.

Yeah, uh. Paper recently published. Um in SEI Journal. That is 8 by 6 switched reluctance water. The main drawbacks in this Switcher Reluctance motors. Uh, is the high torque, umm, pulsations? So which should be definitely minimized. So the main drawback in this virtual reluctance machine is the torque positioning. So the torque positioning should should be properly observed. And then properly orientation should be given to. Axis to axis. Then the machine will perfectly align with the. Uh, D&Q axis? So that the performance of the drive will be improved. I mean reducing the torque pulsations.

You pointed out torque pulsations in switched reluctance motors as the main drawback your SEI Journal paper tackled. What approach did you use to minimize those pulsations, and how did you validate its effectiveness?

Alright, so you tackled torque pulsations in switched reluctance motors for your SEI Journal paper. What was your methodology to minimize those pulsations, and how did you validate the effectiveness of your approach?

Alright, so you addressed torque pulsations in switched reluctance motors and published your findings in an SEI journal. Can you explain how you structured your paper to communicate the results clearly, especially for readers who might not have expertise in power electronics?

You clearly articulated the main research challenge and how your work addressed torque pulsations in switched reluctance motors for a respected journal. Now, turning to teaching and academic skills—can you give a concrete example of how you've adapted your teaching style when you noticed a class struggling with a difficult concept?

Yeah.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project.

Okay, we're almost wrapped up. Is there anything you'd like to ask about the Assistant Professor (Research) role or the team before we finish?

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA. So this is the title of the project.

Alright, so you were about to explain how you break down complex research findings—for instance, you mentioned recently completing a funded research project. Go on.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA. So this is the title of the project. See the main drawback? What we what I observed in this indirect vector control is the. Uh, parameter estimation.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA. So this is the title of the project. See the main drawback? What we what I observed in this indirect vector control is the. Uh, parameter estimation. Where the rotor and stator resistances are going to. Increase when the temperature of the machine increases. So this is the clear problem we identified in case of the indirect vector control. So this should be given um. As a problem definition. They enter. Then so. We should observe what is the. Umm, performance of the drive when these two parameters are deviated. Say I said rotor and stator resistances get variated.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA. So this is the title of the project. See the main drawback? What we what I observed in this indirect vector control is the. Uh, parameter estimation. Where the rotor and stator resistances are going to. Increase when the temperature of the machine increases. So this is the clear problem we identified in case of the indirect vector control. So this should be given um. As a problem definition. They enter. Then so. We should observe what is the. Umm, performance of the drive when these two parameters are deviated. Say I said rotor and stator resistances get variated. Then the performance of the drive will get deviated.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA. So this is the title of the project. See the main drawback? What we what I observed in this indirect vector control is the. Uh, parameter estimation. Where the rotor and stator resistances are going to. Increase when the temperature of the machine increases. So this is the clear problem we identified in case of the indirect vector control. So this should be given um. As a problem definition. They enter. Then so. We should observe what is the. Umm, performance of the drive when these two parameters are deviated. Say I said rotor and stator resistances get variated. Then the performance of the drive will get deviated. Uh, I mean it will get degrade. So. So this is the one set of knowledge or observations that can be made.

Yeah. Complex research problems say. Suppose recently completed the. Um, a funding project? Research project. India is actually. A house set a defined. Uh, objectives. So after defining certain objectives. For my project. Then say, suppose the title of the project is Experimental Investigation of the temperature dependent parameters in the indirect Vector control. And mitigation using the. And sorry, underestimation using the FPGA. So this is the title of the project. See the main drawback? What we what I observed in this indirect vector control is the. Uh, parameter estimation. Where the rotor and stator resistances are going to. Increase when the temperature of the machine increases. So this is the clear problem we identified in case of the indirect vector control. So this should be given um. As a problem definition. They enter. Then so. We should observe what is the. Umm, performance of the drive when these two parameters are deviated. Say I said rotor and stator resistances get variated. Then the performance of the drive will get deviated. Uh, I mean it will get degrade. So. So this is the one set of knowledge or observations that can be made. And then how to mitigate it? So when we try to adapt these. Parameters. So that the perfect alignment. So that the perfect alignment or orientation of the DQ axis. Can be done. So that will be definitely improving the. The quality of the mission.

Alright, so you structured your project by defining objectives, then tackled temperature-dependent parameters in indirect vector control with F P G A. Is there anything you’d like to ask about the Assistant Professor (Research) role or the team before we wrap up?

Alright, so you set clear objectives for your research project on temperature-dependent parameters in indirect vector control, and used FPGA for mitigation. Is there anything you'd like to ask about the Assistant Professor (Research) role or the team before we wrap up?

Alright, Dr., we're wrapping up. Is there anything you'd like to ask about the Assistant Professor (Research) role or the team before we finish?

Right, so you identified the main issue—temperature-dependent resistance changes in indirect vector control—and you structured your project around that. Dr., we're wrapping up. Is there anything you'd like to ask about the Assistant Professor (Research) role or the team before we finish?

Alright, Dr., we're wrapping up. Is there anything you'd like to ask about the Assistant Professor (Research) role or the team before we finish?

Alright, so you broke down the project problem and explained how temperature variations affect rotor and stator resistance, making it clear for your audience. Dr., we're wrapping up—do you have any questions about the Assistant Professor (Research) role or the team before we finish?

Alright, Dr., we're wrapping up. Is there anything you'd like to ask about the Assistant Professor (Research) role or the team before we finish?

So normally I head about the assistant professor normally consists of the uh. Teaching load with the laboratories. And uh. And academic roles. Like different coordinators can be assessed. So my point, I'm hoping that the research could research. Is large and. Academic party should be less. So I'm expecting this one. Can I expect this type of uh. Environment when I joined in vit.

You’re right—the Assistant Professor (Research) role here does involve both teaching and academic duties, like labs and coordination, but there's a strong emphasis on research. You'll have substantial opportunities for funded projects, student mentorship, and publications, so research is definitely a core part of the environment. Anything else you'd like to ask before we wrap up?

So any research laboratories are available in the campus?

Yes, there are research laboratories available on campus. The facilities support work in power electronics, control systems, and related areas, so you'll have access to advanced equipment and collaborative spaces for your projects and student research. If there’s anything else you want to know, let me know—otherwise I’ll wrap up.

Actually I'm more focused on the power electronics and drive control.