My name is Sanskrit. And I have done my. Btech Biomedical Engineering.

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi.

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi. After that I did my first post doctoral research.

Alright, so you did your BTech in Biomedical Engineering. Go on — what came next in your academic journey?

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi. After that I did my first post doctoral research. From Pohang University of Science and Technology on cardiovascular tissue engineering. Bioprinting Sector. And then I moved. To USA I. My second post, doctoral research from Emory University.

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi. After that I did my first post doctoral research. From Pohang University of Science and Technology on cardiovascular tissue engineering. Bioprinting Sector. And then I moved. To USA I. My second post, doctoral research from Emory University. Atlanta. Where I worked on stem cell based biological Pacers. Continuing to that I have. Again, done continuation of that work. In Johns Hopkins University. On the same subject. Then I. I came back to India and currently I'm working in an industry.

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi. After that I did my first post doctoral research. From Pohang University of Science and Technology on cardiovascular tissue engineering. Bioprinting Sector. And then I moved. To USA I. My second post, doctoral research from Emory University. Atlanta. Where I worked on stem cell based biological Pacers. Continuing to that I have. Again, done continuation of that work. In Johns Hopkins University. On the same subject. Then I. I came back to India and currently I'm working in an industry. So during my this time I have hands on experience on material development. Even until now. And the mentoring. Then as I invited. The lecture.

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi. After that I did my first post doctoral research. From Pohang University of Science and Technology on cardiovascular tissue engineering. Bioprinting Sector. And then I moved. To USA I. My second post, doctoral research from Emory University. Atlanta. Where I worked on stem cell based biological Pacers. Continuing to that I have. Again, done continuation of that work. In Johns Hopkins University. On the same subject. Then I. I came back to India and currently I'm working in an industry. So during my this time I have hands on experience on material development. Even until now. And the mentoring. Then as I invited. The lecture. And the. In my current job. Which is an industrial job. I work on the development of biomaterials. Validation until the commercialization of the biomaterials. And the. I have developed. Uh, collaboration. With institutes like IIT Hyderabad, IIT Mandi. And even right now collaboration with. Going on with Burns Hospital. To develop models. And I also. To scientific writing, including. Chapters, review and research papers I even. I I've even involved in the techno commercial. Of it where I handle. The scientific part of. The commercialization where I go. And deliver scientific talk.

My name is Sanskrit. And I have done my. Btech Biomedical Engineering. From Satyam of my university. And then my masters in biomedical engineering. From Mahim Manipal University. And after that I did my PhD. In biomedical engineering again. But specifically in biomaterials. And tissue engineering, that is 3D printing and bioprinting. From Center for Biomedical. Engineering at IIT Delhi. After that I did my first post doctoral research. From Pohang University of Science and Technology on cardiovascular tissue engineering. Bioprinting Sector. And then I moved. To USA I. My second post, doctoral research from Emory University. Atlanta. Where I worked on stem cell based biological Pacers. Continuing to that I have. Again, done continuation of that work. In Johns Hopkins University. On the same subject. Then I. I came back to India and currently I'm working in an industry. So during my this time I have hands on experience on material development. Even until now. And the mentoring. Then as I invited. The lecture. And the. In my current job. Which is an industrial job. I work on the development of biomaterials. Validation until the commercialization of the biomaterials. And the. I have developed. Uh, collaboration. With institutes like IIT Hyderabad, IIT Mandi. And even right now collaboration with. Going on with Burns Hospital. To develop models. And I also. To scientific writing, including. Chapters, review and research papers I even. I I've even involved in the techno commercial. Of it where I handle. The scientific part of. The commercialization where I go. And deliver scientific talk. And educate people. As a part of. For the industry. On biometrics and bioprint.

So you went deep into biomaterials and 3D bioprinting—pretty cutting edge. When you're teaching new students, what's one foundational concept in biomedical engineering you always start with, and why?

You mentioned your PhD focused on biomaterials and tissue engineering, especially 3D printing and bioprinting, and then you moved into postdoctoral research. When you're introducing 3D bioprinting to students for the first time, what's a common misconception they have, and how do you address it?

Okay, so after your doctorate focused on biomaterials and bioprinting at IIT Delhi, you moved on to postdoctoral research in cardiovascular tissue engineering at POSTECH, and then a second postdoc at Emory in the US. In those early undergraduate courses, what’s one basic lab skill or hands-on technique you insist every new biomedical engineering student master, and why?

Alright, so after your postdoctoral work in Korea and the US—POSTECH, Emory, and Johns Hopkins—you've returned to India and are now working in industry. Given your transition from academia to industry, what's one key difference you've noticed in how new concepts or technologies are introduced and taught to junior colleagues or students?

Alright, Dr., you mentioned hands-on material development and mentoring, plus giving invited lectures. When you mentor students in the lab, what’s your approach if a student is struggling with a new experimental technique?

You’ve been deeply involved in both academic research and the commercial side of biomaterials, and you’ve built collaborative partnerships with places like IIT Hyderabad and Burns Hospital. When you’re delivering a scientific talk or mentoring, how do you make sure the core scientific concepts are accessible to people who might not have a technical background?

Alright, so you’re handling everything from material development to commercialization and even scientific talks. When you’re educating people about bioprinting in an industrial context, what’s one strategy you use to help a non-expert audience grasp the importance of your work?

So I educate them. I start with. The how? What is biomaterials and what? Why do we need biomaterials? And the. Why it is a developing? Area and white. Why do we have to do 3D printing bioprinting? Specifically giving. Definitions like even the smallest of the smallest definitions, even the basic definitions and the understanding of this entire field like. Why do we have to or why do we do the biometrics and bioprinting and what this comes under 3D cell culture and why? Is the world. Moving from 2D culture to 2D culture and what is? Its need and attention in healthcare system.