Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer. Further, I've got you on project. From DST to. Project category. In the title of. Photonic acid fiber curvature sensor with a fabric engine encapsules sensitivity. With the density neural network. In the work of 24,00,000.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer. Further, I've got you on project. From DST to. Project category. In the title of. Photonic acid fiber curvature sensor with a fabric engine encapsules sensitivity. With the density neural network. In the work of 24,00,000. I am here. Principal investigators in this project. The main objective of this project to design A. Dual core fattening fiber park. Ideally bending sensitivity applications, I mean for structural health monitoring specific in structural health monitoring. The the the evaluation of this project with the help of density dual network. On miscellaneous coding, Sir.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer. Further, I've got you on project. From DST to. Project category. In the title of. Photonic acid fiber curvature sensor with a fabric engine encapsules sensitivity. With the density neural network. In the work of 24,00,000. I am here. Principal investigators in this project. The main objective of this project to design A. Dual core fattening fiber park. Ideally bending sensitivity applications, I mean for structural health monitoring specific in structural health monitoring.

Alright, Dr. Nayan, you've spent over four years in the Department of Electronics and Communication, focusing on photonic crystal fiber biosensors. That sounds quite specialized—did you also have teaching responsibilities alongside your research, or was your role purely research-focused?

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer. Further, I've got you on project. From DST to. Project category. In the title of. Photonic acid fiber curvature sensor with a fabric engine encapsules sensitivity. With the density neural network. In the work of 24,00,000. I am here. Principal investigators in this project. The main objective of this project to design A. Dual core fattening fiber park. Ideally bending sensitivity applications, I mean for structural health monitoring specific in structural health monitoring. The the the evaluation of this project with the help of density dual network. On miscellaneous coding, Sir. OK, then I also. Organized 2 factory development program. One from a funding from. DST Seminar Symposia category in the title of Emerging trends in fiber optics under photonics.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer. Further, I've got you on project. From DST to. Project category. In the title of. Photonic acid fiber curvature sensor with a fabric engine encapsules sensitivity. With the density neural network. In the work of 24,00,000. I am here. Principal investigators in this project. The main objective of this project to design A. Dual core fattening fiber park. Ideally bending sensitivity applications, I mean for structural health monitoring specific in structural health monitoring. The the the evaluation of this project with the help of density dual network. On miscellaneous coding, Sir. OK, then I also. Organized 2 factory development program. One from a funding from. DST Seminar Symposia category in the title of Emerging trends in fiber optics under photonics. No. What is 70,000? Next one. The second effective development programs for organized. University in the title of wireless communication. The Ortiz 30,000.

Good evening. Myself, Doctor Nayan, are working as a assistant professor. The Department of Electronics and Communication. Engineering College of Engineering Modeling. In last 444 years and seven months. I have completed my research in the area of fiber optics and photonics. The title of photonic crystal fiber based biosensor with enhances sensitivity at nascent technology. Pricharapalli. Then I have completed master degree. In the in the Department of Optical Communication. From Government College of Engineering query coding. Then I. As a completed Bachelor degree in the Department of Electronics and Communication. Engineering. From technology. Salem Anya University. Then and also a completed diploma in the Department of Electronics and Communication Engineering. From TH. Aggregate practical college. Seven I have. Research I am working at a search fellow. In the title of highly efficient. Compact. For Maya feature compact multi trench optical fiber park. Industrial Lac applications. Under DST setup project category. With with under the guidance of Doctor G Tavasraja from National Institute of Technology. Then I. I've been working as a assistant professor in the Department of Electronics and Communication Engineering. At Rajiv Gandhi College of Technology. Two years. My research area interest includes fiber optics. For tonics, plastic. Mornings. Photonics. Spinel Effect. An optical fiber. Why you sensing? And then SPL. Based on the research. Our bubbliest nearly 45 reported SEI channel. Uh, specifically I triple sensor general. I triple sensor selectors. ITW transsects of nano bioscience. Integrated sensor plasma. And they'll see what and also I published. 10 Reporter International Conferences. And also published 5 national conferences. Then I have published one book. In the IGA global Publications and also bubbles three book chapters. In the field of fiber optics and the photonics. In Springer. Further, I've got you on project. From DST to. Project category. In the title of. Photonic acid fiber curvature sensor with a fabric engine encapsules sensitivity. With the density neural network. In the work of 24,00,000. I am here. Principal investigators in this project. The main objective of this project to design A. Dual core fattening fiber park. Ideally bending sensitivity applications, I mean for structural health monitoring specific in structural health monitoring. The the the evaluation of this project with the help of density dual network. On miscellaneous coding, Sir. OK, then I also. Organized 2 factory development program. One from a funding from. DST Seminar Symposia category in the title of Emerging trends in fiber optics under photonics. No. What is 70,000? Next one. The second effective development programs for organized. University in the title of wireless communication. The Ortiz 30,000. Then I uh. I got top 2. Personally Scientists Award in the year of today's 2324. Under 2020. Thank you, Sir.

Right, so after your work on photonic crystal fiber biosensors, you completed your master's in Optical Communication at Government College of Engineering. Was there a particular moment or project during your studies that shaped your decision to focus on research and academia?

Dr. Nayan, you mentioned your research in fiber optics and your teaching role in Electronics and Communication. When you're designing a new course or lab session, what's your starting point? Do you focus more on practical experiments, foundational theory, or something else?

Okay, so you’ve completed your diploma and bachelor’s in Electronics and Communication, then moved into research as a fellow with a focus on highly efficient, compact designs. When you’re teaching these advanced concepts to undergraduates, how do you make sure students understand the fundamentals before tackling the cutting-edge topics?

Dr. Nayan, looking at your publication “Numerical Design of a High-Sensitivity SPR Biosensor for Spike and Nucleoprotein RBD Detection in SARS-CoV-2 Diagnostics” in IEEE Transactions on Plasma Science—how did you translate the advanced concepts from that paper into something accessible when teaching undergraduates or less-experienced students?

Alright, Dr. Nayan, you’ve worked under Dr. G Tavasraja at NIT and contributed to DST projects on compact multi-trench optical fibers for industrial applications. When you teach about these novel fiber designs in your courses, how do you bridge the gap between research-level complexity and what undergraduate students can actually grasp and apply?

Okay, Dr. Nayan, let's talk about your research productivity and funding. Given your specialization in photonic crystal fiber biosensors and compact multi-trench optical fibers, where do you see the most fundable research directions over the next few years? What kinds of grants or external funding would you target to support a sustainable research group in this area?

Okay, Dr. Nayan, you’ve published nearly forty-five SCI-indexed articles and your research interests span fiber optics, photonics, and sensing, including SPR biosensors. Given this breadth, how would you prioritize building a research group that’s sustainable and competitive for top-tier grants—what specific strategies would you use to attract funding and maintain long-term research momentum?

So, with your background mentoring research fellows and guiding student projects, how do you design a classroom or lab session that gets students truly engaged—especially if you’re not relying on traditional slide lectures?

Alright, so you mentioned publishing in IEEE Sensors Journal, IEEE Sensor Letters, and presenting at international conferences—forty-five SCI articles is substantial. With that research output, how do you actually get students to engage with this level of content in your classes, especially if they're new to fiber optics or photonics?

You’ve got a strong publication record and experience presenting at conferences, Dr. Nayan. Now, shifting gears a bit—accreditation cycles can be demanding. If you joined our department and found that outcome assessment data was inconsistent across courses, how would you approach fixing that?

Dr. Nayan, you mentioned publishing a book and several book chapters with IGI Global and Springer, along with your conference track record. That’s a comprehensive scholarly profile. Going back to my previous question — if you joined our department and saw that outcome assessment data was inconsistent across courses, how would you practically approach fixing that?

You mentioned a DST-funded project with photonic crystal fiber curvature sensing and neural networks, plus book chapters and plenty of conference papers. That's quite a portfolio. But regarding accreditation, if you found outcome assessment data was inconsistent across courses, what would be your first concrete step to address this issue?

Alright, so you’re principal investigator on a DST-funded fiber optic sensor project and you’ve published in Springer and IGI Global. That’s substantial. Now, beyond your research—what role do you see yourself playing in department-level governance, like curriculum committees or program reviews?

Okay, so as principal investigator you’re developing fiber sensors for structural health monitoring with neural network evaluation. That’s quite comprehensive. Earlier, I asked about department-level governance—curriculum committees or program reviews. What concrete contribution would you make there, beyond teaching and research?

Alright, so you organized faculty development programs on fiber optics with DST funding, plus you’re leading that sensor project. You mentioned "miscellaneous coding" and structural health monitoring, but I still need clarity on one thing. Beyond your research and teaching, how would you contribute to department-level responsibilities, like serving on curriculum committees or helping with program reviews?

Thank you for sharing those details about your faculty development initiatives and your leadership in research. Professor, let’s consider a scenario: imagine a student files a formal complaint, alleging that your grading was biased. At the same time, your department head is privately urging you to increase pass rates this semester due to institutional pressures. How would you handle this situation, balancing academic integrity with those demands?

Alright, so you received a Top 2 Young Scientist Award recently, in addition to organizing those faculty development programs

This is. Is there Hello?

I'm here, Professor. If you need me to repeat the question, just let me know. Or if you need a moment to think, that's perfectly fine too.

It's one second. Repeat the question, Sir.

Of course. Here’s the scenario again: Imagine a student files a formal complaint alleging your grading is biased, but at the same time, your department head is pressuring you to improve pass rates. How would you handle that situation?

First of all to find out the. Average students. Uh, under and also move to and also give some important questions and also give some. Basic lecturers, fundamental questions. How to improve the basic knowledge?

First of all to find out the. Average students. Uh, under and also move to and also give some important questions and also give some. Basic lecturers, fundamental questions. How to improve the basic knowledge? We talk about these videos. And also try to handling. Uh, online videos, online classes and also give some online videos in practical section. This all the scenarios supported to. Students. NKNC Mark.

First of all to find out the. Average students. Uh, under and also move to and also give some important questions and also give some. Basic lecturers, fundamental questions. How to improve the basic knowledge? We talk about these videos. And also try to handling. Uh, online videos, online classes and also give some online videos in practical section. This all the scenarios supported to. Students. NKNC Mark. And also applying the pass mark also Sir.

Alright, so your focus would be on identifying the average-performing students and supporting them with key topics and foundational lectures to help boost their understanding. But in this situation, if your department head still insists you raise pass rates quickly, even if it means you need to adjust your grading standards, what would you do?

Okay, so your response would be to provide extra support and resources to students, like online classes and practical videos, aiming to help them perform better. But let's say the department head disagrees with your approach and insists you simply change your grading criteria to boost pass rates — how would you handle that pushback?

Alright, so you’d focus on helping average-performing students with foundational lectures and online resources. But in that scenario, how would you respond if the department head insisted you change grades or pass students who didn’t meet the requirements?

Surely I got some 100 percentage students through the online. Classes.

Surely I got some 100 percentage students through the online. Classes. And there's only. Online recordings, Videos. NPTEL video source? Are there a lot of native sources there? Say a lot of NPTEL basic conditional courses are available. In this online videos. Most accorded to. Just wouldn't mark.

Okay, let's talk about industry alignment. Given your research background in fiber optics and photonics, have you developed any collaborations with industry partners or organizations that could help your students with internships or real-world exposure?

Alright, so you mentioned using NPTEL online courses and videos to help students improve, but I’m still wondering about your industry connections. Have you worked with any companies or organizations in fiber optics or photonics that could offer internships or placement opportunities for your students?

Sure, sure, Sir. My. My area of industry and research in piotrotics, photonics and. Uh, I'm working in a fiber optics.

Sure, sure, Sir. My. My area of industry and research in piotrotics, photonics and. Uh, I'm working in a fiber optics. And various sensing applications specific in biosensing applications. Chemical sensing application and also for some physical sensor like also. Uh, a lot of companies are available in in India level. A lot of colleges are offered in and. Internship courses through the Fiber Optics and Communications failed. And also I am I am working in. Foreign industrial presence in the foreign I'm also. Try to provide. Foreign Internship. And also and also try to. Uh give assess students to go to visit the. Foreign industry in the field of fiber optics and sensors. And also.

Okay, so you’re working in fiber optics and photonics, but have you actually collaborated with any companies—like telecom firms, optical component manufacturers, or startups—on research projects, sponsored labs, or student placements? Could you name any specific organizations or describe any concrete partnerships?

Sure, sure, Sir. My. My area of industry and research in piotrotics, photonics and. Uh, I'm working in a fiber optics. And various sensing applications specific in biosensing applications. Chemical sensing application and also for some physical sensor like also. Uh, a lot of companies are available in in India level. A lot of colleges are offered in and. Internship courses through the Fiber Optics and Communications failed. And also I am I am working in. Foreign industrial presence in the foreign I'm also. Try to provide. Foreign Internship. And also and also try to. Uh give assess students to go to visit the. Foreign industry in the field of fiber optics and sensors. And also. I'm I'm also published some few papers regarding. Optic sensors like optical fiber. And also photonic cell fibers. That is poorly supportive for π by. Iber for bio sensing applications. Fabricator under the testing. Testing also available in this. Companies, with all of these companies I have. I will feature. That company with the VIP is. Testings and also fabrications of. Optical fibers with. Sensing applications. Some companies are available in some. Foreign The company name is. A specific loan company name is. Nanostructured glass declared in Russia. Is truly separate to disease. And fabricate optical reservoir biosensing applications. This is a very, very support to. Students for fiber fabrications. And also testing. Uh, fiber characteristics in sensor sensing field under some other communication purposes. Through this module or through this? Industries. Definitely I will support to. Industrial collaborations offers.

So you've worked with students on connecting them to foreign industry visits in fiber optics and sensing applications. Can you name a specific company or institution—either in India or abroad—that you've partnered with for internships, research collaboration, or student projects?

Alright, you mentioned Nanostructured Glass in Russia and some Indian companies for student internships and fabrication testing. Can you give me a concrete example of a student you've actually placed or helped connect with one of these companies, and what their experience was like?

Sir, recently optic. For fibers, say very. Attractive areas in communication field. Yeah, in Word and. In communication field, maximum data rate for transfer from one place to another case. For example, already some fibers are there like simple mode fiber. Multimode pipes there. Right, it is a. Example for data transfer from OnePlus to another place.

Sir, recently optic. For fibers, say very. Attractive areas in communication field. Yeah, in Word and. In communication field, maximum data rate for transfer from one place to another case. For example, already some fibers are there like simple mode fiber. Multimode pipes there. Right, it is a. Example for data transfer from OnePlus to another place. Uh, but uh, in single mode optical fiber. Only one mode is propagated. See enough for data transmission multi mode fibers. It is only applicable small distance communications. One single one favor using long distance communication, but recently many optical fibers then advanced. For a maximum data rate communication like free mode optical fibers. Wrinkle fibers. Under some multi core 5%. Our students recently students maximum students are. Attracted in recent fields vital. Fiber optic technologies. Under photonics lot of companies are. You know, ready to. Student ready to give placement and trip. In the regarding field of fiber optics and the photonics. Best example for Geo fibers are there. Uh, there there is an example example. Fiber technology improvement. In this India.

Okay, so you’re describing how fiber optic data transfer is a hot area for student learning. But have you personally guided a student through an internship or industry project—can you name the company, what the student worked on, and how their experience translated into a job or further research?

Sorry Sir, I'm not. Interested in image processing IMM pure research field in fiber optics and photonics. I'm not aware about image processing Sir Sir, any communication? What's this top uh. Yeah, in communications, last of modernism techniques there. I I I am already in. Worked in and view propagations in my colleges. Andrea view propagations theory come practical courses in from the. They from the theory competitive courses students are studied in basics of antennas. And then working of antennas and then different types of pandanas. And then different frequencies of antennas and also. Uh, different. Principles of antennas assurance are already studied in the students not only. Uh studying basics of antennas and advance of antennas and also parallel students are designed an antenna of. Softwares and also.

Alright, let's shift gears for a moment. When you're teaching image processing to undergraduates, what's your approach for helping students understand complex concepts like convolution or edge detection—how do you break it down so even weaker students can grasp the fundamentals?

Sorry Sir, I'm not. Interested in image processing IMM pure research field in fiber optics and photonics.

Okay, so you’re focused on fiber optics and photonics rather than image processing. Let’s talk about embedded and communication systems for a moment—can you give me an example of a lab course you’ve taught where students had to design or troubleshoot a real embedded system, and walk me through how you structured the lab and evaluated their work?

Sir, any communication? What's this top uh. Yeah, in communications, last of modernism techniques there. I I I am already in. Worked in and view propagations in my colleges. Andrea view propagations theory come practical courses in from the. They from the theory competitive courses students are studied in basics of antennas. And then working of antennas and then different types of pandanas. And then different frequencies of antennas and also. Uh, different. Principles of antennas assurance are already studied in the students not only. Uh studying basics of antennas and advance of antennas and also parallel students are designed an antenna of. Softwares and also. Areas. Softwares. It is mostly help to support the students incorporated theory and. Experimental analysis through the communication systems and. For example, I want to transfer the information from one place to another place within small just consider small distance, I will just consider 1 transmitter and another consider on receiving animal and just any college available lot of. Patchanan acid there. Vital students really analyzed. Wearing the distance. From one very. From the between the antennas Andras and also draw the. And loops.

Sir, any communication? What's this top uh. Yeah, in communications, last of modernism techniques there. I I I am already in. Worked in and view propagations in my colleges. Andrea view propagations theory come practical courses in from the. They from the theory competitive courses students are studied in basics of antennas. And then working of antennas and then different types of pandanas. And then different frequencies of antennas and also. Uh, different. Principles of antennas assurance are already studied in the students not only. Uh studying basics of antennas and advance of antennas and also parallel students are designed an antenna of. Softwares and also. Areas. Softwares. It is mostly help to support the students incorporated theory and. Experimental analysis through the communication systems and. For example, I want to transfer the information from one place to another place within small just consider small distance, I will just consider 1 transmitter and another consider on receiving animal and just any college available lot of. Patchanan acid there. Vital students really analyzed. Wearing the distance. From one very. From the between the antennas Andras and also draw the. And loops. And also Tradhi Lopes observed the offer be myth and personal Bhimeth returns of the practical scenarios. It is very very useful for students really really analyze the. Antenna's applications and also. Andreas Parameters.

Alright, you mentioned students designing antennas using software alongside learning theory and practical basics. Can you walk me through how you structure those lab sessions to balance hands-on experimentation with teaching the underlying concepts—what’s your process for guiding students from theory to applied work?

So you had students designing antennas and analyzing propagation distance, plus drawing loops for communication systems. When you're teaching theory alongside those labs, how do you make sure even students who struggle with the math or concepts can follow along and actually learn something meaningful?

So you had students analyzing antenna parameters by designing them in software and working with practical setups. When you're teaching theory alongside those labs, how do you make sure even students who struggle with math or abstract concepts can actually follow and apply the material in practice?

Yes, Sir, actually in in mathematics in and our design pattern mathematically little bit students are very struggle. First of all, we try to uh. Understand the concepts of different types of antennas. After this step by. Uh, mathematical solutions. From the from the Maxwell From the Maxwell equation, output the wave equations under. From the wave equation out, transfer from one place to another place. So what is the from the wave equation? Move to the eigenvalue problems. And and then move to the propagation constant. And out how how to calculate the and how to out? Go to Movie patterns are there in. Anna Santoso.

Yes, Sir, actually in in mathematics in and our design pattern mathematically little bit students are very struggle. First of all, we try to uh. Understand the concepts of different types of antennas. After this step by. Uh, mathematical solutions. From the from the Maxwell From the Maxwell equation, output the wave equations under. From the wave equation out, transfer from one place to another place. So what is the from the wave equation? Move to the eigenvalue problems. And and then move to the propagation constant. And out how how to calculate the and how to out? Go to Movie patterns are there in. Anna Santoso. Under out antennas, uh. Communicate. Information from. From one place to another place. In in mathematically and also do during the design process of antennas.

Yes, Sir, actually in in mathematics in and our design pattern mathematically little bit students are very struggle. First of all, we try to uh. Understand the concepts of different types of antennas. After this step by. Uh, mathematical solutions. From the from the Maxwell From the Maxwell equation, output the wave equations under. From the wave equation out, transfer from one place to another place. So what is the from the wave equation? Move to the eigenvalue problems. And and then move to the propagation constant. And out how how to calculate the and how to out? Go to Movie patterns are there in. Anna Santoso. Under out antennas, uh. Communicate. Information from. From one place to another place. In in mathematically and also do during the design process of antennas. During the recent process of antennas, for example, this consider patchy antenna need to soon as need to. Calculate the length and width of the antenna. That's very, very important parameters during the, during the similar during the simulations. In the ads and with student service. When we try first try to. Calculating the mathematical formulas in various different types of formulas there in different kind of antennas. Powerless. Uh, support to. Design a antennas in UH. Various frequencies.

Yes, Sir, actually in in mathematics in and our design pattern mathematically little bit students are very struggle. First of all, we try to uh. Understand the concepts of different types of antennas. After this step by. Uh, mathematical solutions. From the from the Maxwell From the Maxwell equation, output the wave equations under. From the wave equation out, transfer from one place to another place. So what is the from the wave equation? Move to the eigenvalue problems. And and then move to the propagation constant. And out how how to calculate the and how to out? Go to Movie patterns are there in. Anna Santoso. Under out antennas, uh. Communicate. Information from. From one place to another place. In in mathematically and also do during the design process of antennas. During the recent process of antennas, for example, this consider patchy antenna need to soon as need to. Calculate the length and width of the antenna. That's very, very important parameters during the, during the similar during the simulations. In the ads and with student service. When we try first try to. Calculating the mathematical formulas in various different types of formulas there in different kind of antennas. Powerless. Uh, support to. Design a antennas in UH. Various frequencies. Until in the particular frequency assurance are. Try to design antennas and also test these antennas. In our spectrum analyzers. Under sector network analyzers. From this from this students are take the. S parameters.

Yes, Sir, actually in in mathematics in and our design pattern mathematically little bit students are very struggle. First of all, we try to uh. Understand the concepts of different types of antennas. After this step by. Uh, mathematical solutions. From the from the Maxwell From the Maxwell equation, output the wave equations under. From the wave equation out, transfer from one place to another place. So what is the from the wave equation? Move to the eigenvalue problems. And and then move to the propagation constant. And out how how to calculate the and how to out? Go to Movie patterns are there in. Anna Santoso. Under out antennas, uh. Communicate. Information from. From one place to another place. In in mathematically and also do during the design process of antennas. During the recent process of antennas, for example, this consider patchy antenna need to soon as need to. Calculate the length and width of the antenna. That's very, very important parameters during the, during the similar during the simulations. In the ads and with student service. When we try first try to. Calculating the mathematical formulas in various different types of formulas there in different kind of antennas. Powerless. Uh, support to. Design a antennas in UH. Various frequencies. Until in the particular frequency assurance are. Try to design antennas and also test these antennas. In our spectrum analyzers. Under sector network analyzers. From this from this students are take the. S parameters. And also power level. And then and. Be with and, uh, gain. And also.

Yes, Sir, actually in in mathematics in and our design pattern mathematically little bit students are very struggle. First of all, we try to uh. Understand the concepts of different types of antennas. After this step by. Uh, mathematical solutions. From the from the Maxwell From the Maxwell equation, output the wave equations under. From the wave equation out, transfer from one place to another place. So what is the from the wave equation? Move to the eigenvalue problems. And and then move to the propagation constant. And out how how to calculate the and how to out? Go to Movie patterns are there in. Anna Santoso. Under out antennas, uh. Communicate. Information from. From one place to another place. In in mathematically and also do during the design process of antennas. During the recent process of antennas, for example, this consider patchy antenna need to soon as need to. Calculate the length and width of the antenna. That's very, very important parameters during the, during the similar during the simulations. In the ads and with student service. When we try first try to. Calculating the mathematical formulas in various different types of formulas there in different kind of antennas. Powerless. Uh, support to. Design a antennas in UH. Various frequencies. Until in the particular frequency assurance are. Try to design antennas and also test these antennas. In our spectrum analyzers. Under sector network analyzers. From this from this students are take the. S parameters. And also power level. And then and. Be with and, uh, gain. And also. Of 4B with personal beam with. This all the parameters uh. Calculate with the help of a simulation and also. Fabrications. And also testing survey.

Alright, you mentioned starting with the basics and moving to mathematical concepts like Maxwell's equations and eigenvalue problems, which can be tough for some students. Switching gears a bit—how do you organize and deliver your lectures so the material is clear and structured for students, especially when the topic is complex?

Alright, you mentioned working through Maxwell's equations and eigenvalue problems to help students connect theory to practical antenna design. Switching topics—when it comes to communicating complex ideas in class, how do you structure your lectures so students can follow along easily and actually retain the material?

Alright, you walked through starting with antenna basics before tackling the math, and having students use simulation tools to design antennas at different frequencies. Now, thinking about teaching theory and lab courses—what’s your process for structuring a new course so that students not only grasp the concepts but can actually apply them in real-world scenarios?

Alright, you described students calculating antenna parameters from Maxwell’s equations and testing their designs with spectrum and network analyzers. Switching topics—how do you handle student evaluation and exam responsibilities, especially when it comes to balancing theory and lab performance fairly?

Okay, you walked through how students use simulation tools and real analyzers to connect theory with hands-on antenna design, even for those who find the math tough. Switching topics—when it comes to evaluating students and handling exam-related responsibilities, what’s your process for creating, administering, and grading exams to ensure fairness and academic integrity?

Alright, you walked through having students calculate antenna parameters and test them using simulation and hardware, even when the math is tough. Now, thinking about exam responsibilities—how do you make sure your question papers are fair and actually test both theoretical understanding and practical skills?

Sure, Sir, I think. And cousin Pepper, uh. A question paper I will take. In support the average students. And conceptual students under cylinder. Loaners Store. The questions must be support, lawyer and iron. So, uh. And also keeping store the course to read the question paper taking the keeping K levels K1K2 and understand remember level apply level creative level and elevate levels is very very important for. A setting for question papers. I in uh. Understand remember level maximum derivations are there are mathematical problems that are in understandable in apply levels like design of antenna, particular frequency in various antennas like patch Anna, loop antennas and various types of antennas their design frequencies. It is come to apply well. In in descent of applied levels. No need to. No need to solve derivative. Mathematical equations. Stately go to the. Equations and also solve the design parameters and also.

Sure, Sir, I think. And cousin Pepper, uh. A question paper I will take. In support the average students. And conceptual students under cylinder. Loaners Store. The questions must be support, lawyer and iron. So, uh. And also keeping store the course to read the question paper taking the keeping K levels K1K2 and understand remember level apply level creative level and elevate levels is very very important for. A setting for question papers. I in uh. Understand remember level maximum derivations are there are mathematical problems that are in understandable in apply levels like design of antenna, particular frequency in various antennas like patch Anna, loop antennas and various types of antennas their design frequencies. It is come to apply well. In in descent of applied levels. No need to. No need to solve derivative. Mathematical equations. Stately go to the. Equations and also solve the design parameters and also. Under police does all the search a parameter and also take some? Output antennas output parameters from the adverse.

Sure, Sir, I think. And cousin Pepper, uh. A question paper I will take. In support the average students. And conceptual students under cylinder. Loaners Store. The questions must be support, lawyer and iron. So, uh. And also keeping store the course to read the question paper taking the keeping K levels K1K2 and understand remember level apply level creative level and elevate levels is very very important for. A setting for question papers. I in uh. Understand remember level maximum derivations are there are mathematical problems that are in understandable in apply levels like design of antenna, particular frequency in various antennas like patch Anna, loop antennas and various types of antennas their design frequencies. It is come to apply well. In in descent of applied levels. No need to. No need to solve derivative. Mathematical equations. Stately go to the. Equations and also solve the design parameters and also. Under police does all the search a parameter and also take some? Output antennas output parameters from the adverse. Uh, in in question papers that things specifically focused on. But play level because this is very helpful for student engaging.

Sure, Sir, I think. And cousin Pepper, uh. A question paper I will take. In support the average students. And conceptual students under cylinder. Loaners Store. The questions must be support, lawyer and iron. So, uh. And also keeping store the course to read the question paper taking the keeping K levels K1K2 and understand remember level apply level creative level and elevate levels is very very important for. A setting for question papers. I in uh. Understand remember level maximum derivations are there are mathematical problems that are in understandable in apply levels like design of antenna, particular frequency in various antennas like patch Anna, loop antennas and various types of antennas their design frequencies. It is come to apply well. In in descent of applied levels. No need to. No need to solve derivative. Mathematical equations. Stately go to the. Equations and also solve the design parameters and also. Under police does all the search a parameter and also take some? Output antennas output parameters from the adverse. Uh, in in question papers that things specifically focused on. But play level because this is very helpful for student engaging. Today and enhancing the particular subject for examples in antennas. Because it's a real time, a lot of real time applications available. In in the real real world. The real world applications we can easily understand, point understand. And shouldn't find a few. It's a very, very support to. In case there is a four, we must be taking case territory. It's very useful for. A student. Students develop experimental approach. And also string. Uh, through to engaging. Iron level of antennas.

You mentioned structuring question papers around different cognitive levels, like understanding and application, and focusing on design problems for antennas. Changing gears—when you’re delivering theory and lab courses, how do you make sure your lectures are clear and structured so students don’t get lost, especially if the topic is advanced?

You talked about building question papers with different levels—like understanding and applying antenna design. When you're delivering theory or lab courses, how do you make sure your communication is clear and structured so students stay engaged and actually learn the material?

Okay, you described structuring question papers to support both average and conceptual students, using different cognitive levels like apply and remember. Thinking about your teaching style—how do you make sure your communication in both theory and lab courses is clear and structured for students who might struggle to follow along?

Alright, you laid out how you build question papers around different cognitive levels and real-world antenna design. Let me ask about your communication style—when you're delivering theory or lab courses, how do you make sure your explanations are clear and structured, especially for students who might not have strong technical backgrounds?

Is that an in student point of view? The cuisine. In students might have a question paper. Uh, there must be there in. It's a very low level but but but the faculty point of view out to engage the students.

Is that an in student point of view? The cuisine. In students might have a question paper. Uh, there must be there in. It's a very low level but but but the faculty point of view out to engage the students. Out of the student.

Is that an in student point of view? The cuisine. In students might have a question paper. Uh, there must be there in. It's a very low level but but but the faculty point of view out to engage the students. Out of the student. In terms of antenna subjects. And also not to only take a. Not only them fully designed processes not only take a full in mathematical. Some people says they're in basics of basics of pandoras as in view first they're in the design of Pandora. FIFA St. forces there is fabrication some FIFA forces there in. Advanced level of adenosa vary where it is used. Where it is communicated, where it's. Italy in. Initiate a. Industries. How to. Collaborated with this communication field with antennas. Because this kind of. Case studies very very supportive. Students find very, very support to. And can see in there. Antenna subjects in various level.

Is that an in student point of view? The cuisine. In students might have a question paper. Uh, there must be there in. It's a very low level but but but the faculty point of view out to engage the students. Out of the student. In terms of antenna subjects. And also not to only take a. Not only them fully designed processes not only take a full in mathematical. Some people says they're in basics of basics of pandoras as in view first they're in the design of Pandora. FIFA St. forces there is fabrication some FIFA forces there in. Advanced level of adenosa vary where it is used. Where it is communicated, where it's. Italy in. Initiate a. Industries. How to. Collaborated with this communication field with antennas. Because this kind of. Case studies very very supportive. Students find very, very support to. And can see in there. Antenna subjects in various level. And then design purposes is very, very useful. Uh, placements. And also fabrications also even support to. Umm realis real realise the antenna's parameters. How to structural parameters out of structural parameters support to find out the antenna parameters?

Alright, you’re pointing out the difference between student and faculty perspectives on question papers. Let’s shift to student evaluation overall—besides exams, what other methods do you use to assess student learning and progress, especially in lab courses or project work?

Alright, you’re pointing out the gap between student and faculty perspectives on clarity. Let’s shift to student evaluation overall—besides exams, what other methods do you use to assess student progress and engagement throughout the semester?

Alright, you talked about using case studies and breaking down antenna design into basic and advanced levels to help students engage. Switching gears now—can you walk me through how you handle student evaluation and exam responsibilities, like setting papers, grading, and making sure assessments are fair?

Okay, you described using case studies and breaking down antenna design into basic and advanced levels to help students engage. Switching gears now—can you walk me through how you handle student evaluations beyond just exams? For instance, what methods do you use to assess ongoing progress, practical skills, or project work throughout the semester?

So part of the. For the evaluation of the. So place one second, repeat the questions. Repeat the questions. Sorry, uh.

So part of the. For the evaluation of the. So place one second, repeat the questions. Repeat the questions. Sorry, uh. Can you repeat the question?

Sure, here’s the question again: How do you handle student evaluations beyond just exams? For instance, what methods do you use to assess ongoing progress, practical skills, or project work throughout the semester?

Sure. So what I was asking was, besides just exams, how do you evaluate students’ ongoing progress or practical project work during the semester?

During the class hours, uh. I will try to make some. Vaibhav wives under strike to make some cues. During the antenna subjects in the sun, the antenna subjects. And and also try try to make. Sort question and answers. And also and I'll try to make a some. General discussion regarding. Antennas, uh. Communi communicate with real time.

During the class hours, uh. I will try to make some. Vaibhav wives under strike to make some cues. During the antenna subjects in the sun, the antenna subjects. And and also try try to make. Sort question and answers. And also and I'll try to make a some. General discussion regarding. Antennas, uh. Communi communicate with real time. Examples and also each and. Free class 1st 5 minutes discuss about. Discuss about. Particular that like gets considered antennas. Uh, the particular antenna subject. In the real world. Problems and also solutions already some lot of. Designer patterns is there after fabricated there each and every classes tied to. And convey and speak and convey and discuss with the students. Real world of antanas.

During the class hours, uh. I will try to make some. Vaibhav wives under strike to make some cues. During the antenna subjects in the sun, the antenna subjects. And and also try try to make. Sort question and answers. And also and I'll try to make a some. General discussion regarding. Antennas, uh. Communi communicate with real time. Examples and also each and. Free class 1st 5 minutes discuss about. Discuss about. Particular that like gets considered antennas. Uh, the particular antenna subject. In the real world. Problems and also solutions already some lot of. Designer patterns is there after fabricated there each and every classes tied to. And convey and speak and convey and discuss with the students. Real world of antanas. In in communication purposes, In some other commercial purposes, in defense purposes.

Alright, you mentioned using quizzes and discussions during class to check students’ understanding. Now let’s talk about your ability to teach both theory and lab courses—can you give me a specific example of how you structure a lab session to make sure every student, regardless of skill level, is actually learning and participating?

Okay, so you’re checking understanding with short quizzes and class discussions, plus connecting theory to real-world antenna problems. Can you give me one example of a lab course where you structured the delivery really clearly—how did you organize the material, and what did you do to make sure every student could follow along?

Alright, so you’re using quizzes, short Q&A, and real-world antenna discussions to keep students engaged and check their understanding. Let’s shift to clear communication—when you’re explaining technical concepts, what strategies do you use to make sure your delivery is structured and easy to follow, especially for students who might be struggling?

Sir, in very. Students, students say, very difficult to understand. Umm, chalk under the board.

Sir, in very. Students, students say, very difficult to understand. Umm, chalk under the board. OK, we continue to. Uh, my point of view, antennas and designer application antennas. Through PPTS. And some videos. On the directions of real time videos. And also use some softwares autos for example take in two days 1 antennas out. How to design this antennas? The structural parameters and also. Out how to calculate output of antenna parameters. With the soft. Uh, already some addresses fabricated uh during the class servers uh. I keep in the Santanas. This is a fabricated antennas out of radiate the energy from. Antagon 2 Free Space. No, this is a real. This is a real. Uh, class. This is a real delivery of. Real examples for delivery of fantas.

You said students find it hard to understand, so you rely on chalk and board. What about when you’re teaching lab courses—how do you make sure your delivery is structured so even students with weak backgrounds can follow the experiment and actually learn from it?

You talked about showing real fabricated antennas and using videos and PPTs to help students understand. Let’s go a bit deeper—when it comes to evaluating student exams and responsibilities, how do you make sure your grading is consistent and transparent, especially if you have a large class with many different projects?

Sure, Sir. Evaluation of. The each and every students and she very in classrooms very difficult and. So. Very, very support. To previously evaluate the. Each individual students and also group discussion support to evaluate the. Students. Particular subjects. And also. Also support to avail with the students, it's very easily.

Sure, Sir. Evaluation of. The each and every students and she very in classrooms very difficult and. So. Very, very support. To previously evaluate the. Each individual students and also group discussion support to evaluate the. Students. Particular subjects. And also. Also support to avail with the students, it's very easily. And also, uh. Evaluation. In my point of view, evaluations must be there in transparent. Students also easily understand various makes mistakes out to overcome this mistake, what are the steps are. To call. Uh, that mistakes. And what is the future steps for? Take a what is the future step part? Take this that mistakes. OK, it is, it is a transparent is very, very important for students and faculties.

Alright, you said evaluating every student individually is tough, but group discussions help. Let’s switch to your PhD specialization—can you briefly explain your research focus and how it shapes your teaching or mentorship approach with students?

You mentioned that group discussions help with evaluating students, and you focus on making the process transparent so students can understand and learn from their mistakes. Now, can you briefly explain your PhD specialization and how it influences the way you teach or guide student research projects?

Am I?

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin.

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia.

Alright, let’s move on to guiding student projects and research. When you supervise students working on antenna design or fiber optics projects, what’s your process for mentoring them—how do you help them develop a research question, plan experiments, and actually interpret their results?

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics.

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics. Optical to quantum electronics. Umm during my PK. What what I learned. What? I struggled. Uh, and also. What is the process for to? Complete my Pikachu What? David, is this very well supported? UK students. And also, uh. I am I am a designer of photonic resale fiber with self comes from multiple software and with software students also design.

Alright, so your PhD work is focused on designing photonic crystal fibers for biosensing applications, like cancer detection and hemoglobin measurement. Now, thinking about your ability to guide student projects and research—when you mentor students working on these kinds of projects, what’s your approach for helping them develop their own research questions and overcome technical challenges?

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics. Optical to quantum electronics. Umm during my PK. What what I learned. What? I struggled. Uh, and also. What is the process for to? Complete my Pikachu What? David, is this very well supported? UK students. And also, uh. I am I am a designer of photonic resale fiber with self comes from multiple software and with software students also design. Different types of optical fibers not only communicates, not only sensor application. And also design A. Pipers in some communication purposes. As a specific example for Rinkore fiber. Multicore fiber. Few more fibers. Recently, some few UG students are working in. In the field of. Spatial division Multiplex applications. In communication purposes. With the maximum amount of. Data transfer from one page to another technology. OK, OK, then. My my my. Research area in fibroid photonics. Uh. To to give the students. In various. In various. Various applications. Listen, recently a lot of advanced technologies are in like photonic integrated circuits. And then, uh. Uh, photonic spinel effect. This is a recent advanced technology in fiber optics and photonics in communication purposes and slightly different. SDM and few more trinkor fiber. And the multiple fiber in commercial applications are slightly different. For by sensing application sphere technology by sensing applic. And this photonic spindle effect is a new technique for basins applications. Are you? Are you so? To students with help of new technology fiber optics. And the photonics and. ATC which is very, very support to me and also students for enhancing.

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics. Optical to quantum electronics. Umm during my PK. What what I learned. What? I struggled. Uh, and also. What is the process for to? Complete my Pikachu What? David, is this very well supported? UK students. And also, uh. I am I am a designer of photonic resale fiber with self comes from multiple software and with software students also design. Different types of optical fibers not only communicates, not only sensor application. And also design A. Pipers in some communication purposes. As a specific example for Rinkore fiber. Multicore fiber. Few more fibers. Recently, some few UG students are working in. In the field of. Spatial division Multiplex applications. In communication purposes. With the maximum amount of. Data transfer from one page to another technology. OK, OK, then. My my my. Research area in fibroid photonics. Uh. To to give the students. In various. In various. Various applications. Listen, recently a lot of advanced technologies are in like photonic integrated circuits. And then, uh. Uh, photonic spinel effect. This is a recent advanced technology in fiber optics and photonics in communication purposes and slightly different. SDM and few more trinkor fiber. And the multiple fiber in commercial applications are slightly different. For by sensing application sphere technology by sensing applic.

Alright, you explained how your PhD work in photonic crystal fibers ties into biosensing and cancer detection. Now, thinking about your ability to guide student projects and research—if a student wanted to build a biosensor using fiber optics but was struggling with the experimental setup, how would you mentor them through the troubleshooting process?

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics. Optical to quantum electronics. Umm during my PK. What what I learned. What? I struggled. Uh, and also. What is the process for to? Complete my Pikachu What? David, is this very well supported? UK students. And also, uh. I am I am a designer of photonic resale fiber with self comes from multiple software and with software students also design. Different types of optical fibers not only communicates, not only sensor application. And also design A. Pipers in some communication purposes. As a specific example for Rinkore fiber. Multicore fiber. Few more fibers. Recently, some few UG students are working in. In the field of. Spatial division Multiplex applications. In communication purposes. With the maximum amount of. Data transfer from one page to another technology. OK, OK, then. My my my. Research area in fibroid photonics. Uh. To to give the students. In various. In various. Various applications. Listen, recently a lot of advanced technologies are in like photonic integrated circuits. And then, uh. Uh, photonic spinel effect. This is a recent advanced technology in fiber optics and photonics in communication purposes and slightly different. SDM and few more trinkor fiber. And the multiple fiber in commercial applications are slightly different. For by sensing application sphere technology by sensing applic. And this photonic spindle effect is a new technique for basins applications. Are you? Are you so? To students with help of new technology fiber optics. And the photonics and. ATC which is very, very support to me and also students for enhancing. The enhancing. Fiber optics and photonics technologies. And also not and also not only. Communicate publications and also try to. Try to communicate patterns. And also. With help of this project uh. Uh, we, we thought of this passage, we will, we will make some collaborations with the Indian universities, repeated universities like native and also foreign universities. Then this this. This is this is the thing this project is very very support to. From the student point of view in placements in the internship in ISR East. Like pH and postdocs? So, umm. In fiber optics and photon is a very, very useful.

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics. Optical to quantum electronics. Umm during my PK. What what I learned. What? I struggled. Uh, and also. What is the process for to? Complete my Pikachu What? David, is this very well supported? UK students. And also, uh. I am I am a designer of photonic resale fiber with self comes from multiple software and with software students also design. Different types of optical fibers not only communicates, not only sensor application. And also design A. Pipers in some communication purposes. As a specific example for Rinkore fiber. Multicore fiber. Few more fibers. Recently, some few UG students are working in. In the field of. Spatial division Multiplex applications. In communication purposes. With the maximum amount of. Data transfer from one page to another technology. OK, OK, then. My my my. Research area in fibroid photonics. Uh. To to give the students. In various. In various. Various applications. Listen, recently a lot of advanced technologies are in like photonic integrated circuits. And then, uh. Uh, photonic spinel effect. This is a recent advanced technology in fiber optics and photonics in communication purposes and slightly different. SDM and few more trinkor fiber. And the multiple fiber in commercial applications are slightly different. For by sensing application sphere technology by sensing applic. And this photonic spindle effect is a new technique for basins applications. Are you? Are you so? To students with help of new technology fiber optics. And the photonics and. ATC which is very, very support to me and also students for enhancing. The enhancing. Fiber optics and photonics technologies. And also not and also not only. Communicate publications and also try to. Try to communicate patterns. And also. With help of this project uh. Uh, we, we thought of this passage, we will, we will make some collaborations with the Indian universities, repeated universities like native and also foreign universities. Then this this. This is this is the thing this project is very very support to. From the student point of view in placements in the internship in ISR East. Like pH and postdocs? So, umm. In fiber optics and photon is a very, very useful. For upgrading technologies.

Thanks for breaking that down. Alright, we're wrapping up. Dr., is there anything you'd like to ask about the role or the team before we finish?

Am I? Pikachu areas are. I'm working in the fiber optics and photonics, the main. The title of this. My Pikachu is designed a photonic crystal fiber for biosensing applications with the sensibility. During my picachy. Uh, I working a lot of biosensor applications to design A photonic cell fiber for cancer detection to design A photonic cell fiber form. Hemoglobin. Glucose detection. And also. First time. I I'm used to. And change materials in the photonic itself fiber for reconfigurable. Sensing applications. And also finally, I fabricated one maker's optical fiber park. Plasma solid extents with alpha nanostructure glass technology in Russia. The industry will support testing and. Evaluate the. Assessing parameters and also fabrication support also. Thank you. Umm. Then. It my my. It's my. Research in fiber optics and photonics are already. I published it with the store. Huge students nearly. Four or five papers. In the reported General IWS. Plasmonics. Optical to quantum electronics. Umm during my PK. What what I learned. What? I struggled. Uh, and also. What is the process for to? Complete my Pikachu What? David, is this very well supported? UK students. And also, uh. I am I am a designer of photonic resale fiber with self comes from multiple software and with software students also design. Different types of optical fibers not only communicates, not only sensor application. And also design A. Pipers in some communication purposes. As a specific example for Rinkore fiber. Multicore fiber. Few more fibers. Recently, some few UG students are working in. In the field of. Spatial division Multiplex applications. In communication purposes. With the maximum amount of. Data transfer from one page to another technology. OK, OK, then. My my my. Research area in fibroid photonics. Uh. To to give the students. In various. In various. Various applications. Listen, recently a lot of advanced technologies are in like photonic integrated circuits. And then, uh. Uh, photonic spinel effect. This is a recent advanced technology in fiber optics and photonics in communication purposes and slightly different. SDM and few more trinkor fiber. And the multiple fiber in commercial applications are slightly different. For by sensing application sphere technology by sensing applic. And this photonic spindle effect is a new technique for basins applications. Are you? Are you so? To students with help of new technology fiber optics. And the photonics and. ATC which is very, very support to me and also students for enhancing. The enhancing. Fiber optics and photonics technologies. And also not and also not only. Communicate publications and also try to. Try to communicate patterns. And also. With help of this project uh. Uh, we, we thought of this passage, we will, we will make some collaborations with the Indian universities, repeated universities like native and also foreign universities. Then this this. This is this is the thing this project is very very support to. From the student point of view in placements in the internship in ISR East. Like pH and postdocs? So, umm. In fiber optics and photon is a very, very useful. For upgrading technologies. In the in students point of view.

Alright, you explained your PhD work in fiber optics and photonics, and how you support students in publishing and designing through software and fabrication. Dr., before we finish, is there anything you'd like to ask about the role or the team?

Alright, you walked me through your PhD work in fiber optics and photonics, and how you guide students through practical and research projects. Dr., before we wrap up—do you have any questions about the role or the team that you'd like to ask before we finish?

Alright, you explained how you use group discussions and focus on transparency so students can learn from their mistakes. Dr., before we finish, is there anything you'd like to ask about the role or the team?

You gave a pretty detailed overview—designing photonic crystal fibers for biosensing, working on cancer detection, hemoglobin and glucose sensing, and even fabricating fibers with nanostructure glass technology in Russia. And you’ve involved students in research, publications, and advanced topics like photonic integrated circuits and spin Hall effects. Alright, we're wrapping up. Is there anything you'd like to ask about the role or the team before we finish?

Alright, Dr., you’ve explained how your research in fiber optics and photonics shapes your teaching and student guidance. We’re wrapping up—do you have any questions about the role or the team before we finish?

Alright, Dr., you’ve clearly worked across a range of advanced topics and guided students into research and real-world applications. We’re wrapping up—do you have any questions about the Assistant Professor (Research) role or the team that you’d like to ask?

No Sir, no Sir, not only questions.