Local. Hello. Your. Can I resolve? Call SPC pragathi. Cancel can I can I please?

Sounds like you might be having trouble with the

OK, OK.

Alright, let's get started. Can you describe the teaching environment you feel most comfortable in—like the kind of classroom or lab setting where you do your best work?

Right now.

You said "right now" — if you meant you're ready to answer, I'd love to hear what kind of classroom or lab environment feels best for your teaching style. Can you walk me through that?

Can you repeat it for Goshen? Can you repeat the question?

Absolutely, I'll repeat the question for you. Can you describe the teaching environment you feel most comfortable in—like the kind of classroom or lab setting where you do your best work?

Because it is. What I am going to teach? I think. I I can. The most of my knowledge. During snap experiment. That will be very. Protesting to catch.

Okay, you mentioned sharing most of your knowledge during a "snap experiment," but I'm not sure I caught what you meant by that. Can you give me a concrete example of a lab or teaching session where you felt your expertise really came through for the students?

Suppose I am. Electronics topic. About the time. Type what type? 10/2/10. Contact Coinbase Products.

Suppose I am. Electronics topic. About the time. Type what type? 10/2/10. Contact Coinbase Products. And we will not contact. When you can see that. So I can teach this. Go to students in a classroom.

Alright, you mentioned electronics topics and something about timing—can you tell me about a specific lab experiment or classroom session where you helped students really grasp a difficult concept in electronics?

Suppose I am. Electronics topic. About the time. Type what type? 10/2/10. Contact Coinbase Products. And we will not contact. When you can see that. So I can teach this. Go to students in a classroom. Customs returns ejected knowledge. But it will be more more helpful. They will. Great, the practical environment. When the film can. Perform the practical. And see what. I told him.

Suppose I am. Electronics topic. About the time. Type what type? 10/2/10. Contact Coinbase Products. And we will not contact. When you can see that. So I can teach this. Go to students in a classroom. Customs returns ejected knowledge. But it will be more more helpful. They will. Great, the practical environment. When the film can. Perform the practical. And see what. I told him. This afternoon in. Contracting SO. They can relate. With their experience.

Alright, you mentioned teaching electronics topics and referencing timing, but I'm still not clear on how you help students understand complex material in a classroom setting. Can you share one example where you guided students through a challenging concept and what your approach was?

Suppose I am. Electronics topic. About the time. Type what type? 10/2/10. Contact Coinbase Products. And we will not contact. When you can see that. So I can teach this. Go to students in a classroom. Customs returns ejected knowledge. But it will be more more helpful. They will. Great, the practical environment. When the film can. Perform the practical. And see what. I told him. This afternoon in. Contracting SO. They can relate. With their experience. Practical assistance.

Alright, you described teaching electronics in a classroom and how students benefit more from practical sessions where they can actually perform the experiments and see results. So in those hands-on labs, how do you handle students who struggle to connect the theory to the practical results?

Alright, you described how students gain more by performing practical experiments and connecting what they learn with their own experience. That's a solid approach for electronics. Now, thinking about your teaching style, what's one foundational concept in electronics you really enjoy explaining to students, and why does it matter so much in their learning?

Dr., your PhD thesis focused on the luminescence of Sm3+ and Eu3+ co-doped tellurite and boro-tellurite glasses for optoelectronics applications. Can you share a time when you had to explain this research to undergraduate students or a non-specialist audience? What approach did you use to make it understandable?

Sing uh, what lane?

Sing uh, what lane? Who don't have any idea? About the what?

Alright, you asked "Sing uh, what lane?" — I think you might be referring to my last question about your PhD research. Just to repeat, I wanted to know about a time you explained your luminescence research to undergraduates or a non-specialist audience, and what you did to make it understandable. Can you walk me through how you approached that?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research.

Okay, so you're thinking about how you'd explain your research to people who don't have any background in the topic. When you've done that before—say, for undergraduates or a general audience—what's your go-to strategy for making complex material like luminescence in co-doped glasses accessible and engaging?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this.

Alright, so you're thinking about how you'd explain your research to people who don't have any background in the topic. When you've done that before—say, for undergraduates or a general audience—what's your strategy for making the core ideas accessible?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal.

Alright, so you want to explain your research in a way everyone can understand—like connecting it to everyday technology we all use. When you’ve done that, what analogy or example has helped students grasp the concept of luminescence in your work?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light.

Alright, you tried connecting your research to something familiar like LEDs so students could relate. Since your CV lists several research publications in respected journals, how do you decide which findings or concepts are most valuable for students when designing your lectures or lab activities?

Alright, you connected your research on rare earth materials to everyday tech like LEDs, so students can relate more easily. When you're teaching these concepts in a practical lab, what's one way you help students bridge the gap between the theory and what they're actually doing hands-on?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class.

Alright, you tried to connect your research on rare earth materials to familiar technology like LEDs so students can relate, even if they don't have much background. Since you've published in respected journals, how do you decide which findings or concepts from your research are most valuable to bring into the classroom?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things.

Alright, you made the connection between rare earth materials and LEDs, so students can relate to the practical side. Since you've also guided student projects and published research, how do you decide which findings or concepts are worth bringing into your teaching—especially when the material is complex or cutting-edge?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film. Basic particular. In for you see. And the weapon will hit. The plus the glass. In great light. Guests are very, very cool. For various applications. But I just.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film. Basic particular. In for you see. And the weapon will hit. The plus the glass. In great light. Guests are very, very cool. For various applications. But I just. That. Crystals in Australia. Lightning system. Lightning systems. These guys are very difficult.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film. Basic particular. In for you see. And the weapon will hit. The plus the glass. In great light. Guests are very, very cool. For various applications. But I just. That. Crystals in Australia. Lightning system. Lightning systems. These guys are very difficult. For 8121. Then what? Riyadh. Is I have to? Till then, Vyagar is a particular material. Which is not Riyadh.

Alright, you explained how rare earth materials like samarium and europium emit different colors of light for display and lighting systems, and you try to connect those properties to everyday tech for students. Since you've also guided student projects and handled lab sessions, how do you make sure students grasp both the theoretical and practical sides when working with these advanced materials?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film. Basic particular. In for you see. And the weapon will hit. The plus the glass. In great light. Guests are very, very cool. For various applications. But I just. That. Crystals in Australia. Lightning system. Lightning systems. These guys are very difficult. For 8121. Then what? Riyadh. Is I have to? Till then, Vyagar is a particular material. Which is not Riyadh. Amanda Evans in our heart. First of all. From the art score. From our environment. Anything difficult? That is why this call. Junior and prison is more. That. Many friends they are not. That is super property there. It's out.

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film. Basic particular. In for you see. And the weapon will hit. The plus the glass. In great light. Guests are very, very cool. For various applications. But I just. That. Crystals in Australia. Lightning system. Lightning systems. These guys are very difficult. For 8121. Then what? Riyadh. Is I have to? Till then, Vyagar is a particular material. Which is not Riyadh. Amanda Evans in our heart. First of all. From the art score. From our environment. Anything difficult? That is why this call. Junior and prison is more. That. Many friends they are not. That is super property there. It's out. Artfully said where? Techniques are not good. Completely. Also rare.

Alright, so you connected your research on rare earth materials to everyday tech like LEDs, so students can relate more easily. Since you've also guided student projects and published research, how do you decide which parts of your research are most valuable for students working on their own projects?

Sing uh, what lane? Who don't have any idea? About the what? Which we have told. About my research. I want to explain. Like like. We all use this. About the. And. And we all know about. LED distance. Are commonly well known. To meaning of Arsenal. I what I have done. In research. Particular song. Materials which are rare earth materials. Samaria, these are called. Rare earth materials. These materials. What properties? It's like Hindi. Can you turn with that? We use that light. For our display state. For our lighting systems. And European both are. Different materials. Priya Rat. Different metric. Listen. It's orange light. Where European aids? Bread Life. Both the lights are. Sale per. Application purpose. What I have done in my research. I actually wrote. The react method device. In a class. In various applications. Of electrons. We put the glass using. It's weird. Visual in the. UV. When that equation. Hit that glass. The class will. Get specific light. Because. It is. Talk to it. Yeah, particularly other things. Pizza is. Please view the film. Basic particular. In for you see. And the weapon will hit. The plus the glass. In great light. Guests are very, very cool. For various applications. But I just. That. Crystals in Australia. Lightning system. Lightning systems. These guys are very difficult. For 8121. Then what? Riyadh. Is I have to? Till then, Vyagar is a particular material. Which is not Riyadh. Amanda Evans in our heart. First of all. From the art score. From our environment. Anything difficult? That is why this call. Junior and prison is more. That. Many friends they are not. That is super property there. It's out. Artfully said where? Techniques are not good. Completely. Also rare. Other than. From other net. I make you. And what I have done in my research. A little catalyst.

Alright, you tied your research on rare earth materials to practical applications like lighting and displays, and tried to explain those concepts to students in real-world terms. Since you’ve also supervised student projects, can you share how you help students connect theory from class to hands-on lab work when they’re struggling to make that leap?

Alright, you explained how rare earth materials like samarium and europium can emit different colors of light, and you tied that to everyday tech like LEDs so students can relate more easily. Given your experience guiding student projects and working in both labs and classrooms, how do you decide which aspects of your research to bring into undergraduate lectures versus hands-on lab work?

Alright, you made the connection between rare earth materials and LEDs so students can relate, even if they don't have much background. Since you've published in reputed journals and guided student projects, how do you decide which research topics are suitable for undergraduate projects versus those that need a more advanced background?

Alright, you tied your research on rare earth materials to practical things like LED displays and lighting so students can picture the real-world impact. Since you’ve also handled student evaluation and exam responsibilities, how do you make sure your assessments reflect both theoretical understanding and hands-on lab skills?

Alright, you explained how rare earth materials like samarium and europium emit different colors of light for display and lighting systems, and you try to connect those properties to everyday tech for students who might not have any background in the topic. Since you've also guided student projects and published research, how do you approach evaluating students' understanding in theory versus lab courses?

Alright, you explained how you connect rare earth materials like samarium and europium to real-world tech like LEDs so students can understand the practical impact. Let's switch gears—can you share a time when you guided a student research project, and talk about how you helped them bridge theory and hands-on experimentation?

Alright, you explained how rare earth materials like samarium and europium emit different colors of light for display and lighting systems, and you try to connect those properties to everyday tech for students who might not have much background. That kind of real-world framing is important. Since you've also supervised student projects, can you share an example where you had to guide a student through a research problem—maybe when their experiment wasn't working as planned? What steps did you take to help them get back on track?

Okay, let's move on to your research productivity and funding strategy. Dr., given your work on rare earth materials and optoelectronics, where do you see the most fundable research directions over the next three years? What kinds of grants or funding sources would you target to support your work?

Okay, let's shift gears to your teaching approach. You mentioned connecting practical lab work to student experience. Suppose you have a large foundational course in Image Processing at VIT—slides aren't allowed, and you have 200 students. How would you design a session that keeps everyone actively engaged and wrestling with the material, not just listening passively?

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Okay, you emphasized how important practical demonstrations are compared to just theory, especially when students aren't familiar with the material—like relating rare earth materials to LEDs and lighting systems. In a large foundational course, say Image Processing at VIT, if you couldn't use slides, how would you get students actively engaged with the concepts during class?

You emphasized the importance of practical support and highlighted how research like yours needs backing for people in your field. Suppose you were teaching an Embedded Systems course at VIT, where students come from a range of backgrounds. What's one pedagogical innovation you'd introduce to help everyone stay engaged and actually learn the material, not just memorize it?

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You pointed out how support from PSTCRP or similar funding sources is crucial for people in your field, and it sounds like you’d bring project ideas if you got the chance at VIT. Let’s shift gears a bit: for a course in Embedded Systems, how would you design the teaching so students with different backgrounds—like those strong in hardware versus those stronger in software—all get a meaningful learning experience?

Stop writing thing I am. What I've been looking. From the Pi. *** is very important to dispute. We all know about it. So they're. Support for people like me. This Bokkali pivast. I am precious if I get the. Who worked there? I can't bring projects. Fans from PSTCRP. And when Sara Bakana is shot. In walking. In the react. Two materials region. I have done in my. That I have. I prepared the glass materials. Glass Materials. 20th of October C. I planned. Tax materials or. Nano Materials. With. 30 which will find. A bigger jump. Then you smack yourself. Meet it.

Stop writing thing I am. What I've been looking. From the Pi. *** is very important to dispute. We all know about it. So they're. Support for people like me. This Bokkali pivast. I am precious if I get the. Who worked there? I can't bring projects. Fans from PSTCRP. And when Sara Bakana is shot. In walking. In the react. Two materials region. I have done in my. That I have. I prepared the glass materials. Glass Materials. 20th of October C. I planned. Tax materials or. Nano Materials. With. 30 which will find. A bigger jump. Then you smack yourself. Meet it. My PST research work. I have created a cup. I class materials.

Stop writing thing I am. What I've been looking. From the Pi. *** is very important to dispute. We all know about it. So they're. Support for people like me. This Bokkali pivast. I am precious if I get the. Who worked there? I can't bring projects. Fans from PSTCRP. And when Sara Bakana is shot. In walking. In the react. Two materials region. I have done in my. That I have. I prepared the glass materials. Glass Materials. 20th of October C. I planned. Tax materials or. Nano Materials. With. 30 which will find. A bigger jump. Then you smack yourself. Meet it. My PST research work. I have created a cup. I class materials. Bacterial over a. Solar energy is. In our mass OK.

Stop writing thing I am. What I've been looking. From the Pi. *** is very important to dispute. We all know about it. So they're. Support for people like me. This Bokkali pivast. I am precious if I get the. Who worked there? I can't bring projects. Fans from PSTCRP. And when Sara Bakana is shot. In walking. In the react. Two materials region. I have done in my. That I have. I prepared the glass materials. Glass Materials. 20th of October C. I planned. Tax materials or. Nano Materials. With. 30 which will find. A bigger jump. Then you smack yourself. Meet it. My PST research work. I have created a cup. I class materials. Bacterial over a. Solar energy is. In our mass OK. The glass materials. And actually downpour part. The weapons. The UV weapons.

Alright, you highlighted the importance of practical support, especially when research materials are rare and challenging to work with. Let me switch gears—Dr., for foundational courses like Image Processing, how would you design a session that keeps students actively engaged if you can't use slides or traditional lecturing?

Stop writing thing I am. What I've been looking. From the Pi. *** is very important to dispute. We all know about it. So they're. Support for people like me. This Bokkali pivast. I am precious if I get the. Who worked there? I can't bring projects. Fans from PSTCRP. And when Sara Bakana is shot. In walking. In the react. Two materials region. I have done in my. That I have. I prepared the glass materials. Glass Materials. 20th of October C. I planned. Tax materials or. Nano Materials. With. 30 which will find. A bigger jump. Then you smack yourself. Meet it. My PST research work. I have created a cup. I class materials. Bacterial over a. Solar energy is. In our mass OK. The glass materials. And actually downpour part. The weapons. The UV weapons. Early in terms of the. If office scholars. This is such a. Very much. And find that. The my inner things. They are doing that. A few if one or two IIB. But I want to do that. Kind of what?

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You talked about preparing glass materials and nano materials, and how practical support is key — especially when students can actually see or perform experiments. If you were teaching Embedded Systems to a group with mixed backgrounds at VIT, what specific pedagogical innovations would you use to ensure every student, regardless of prior experience, can actively participate and learn in your class?

Okay, so you highlighted the need for funding and support when working with rare materials, and mentioned preparing glass and nano materials as part of your research. When you’re teaching courses like Embedded Systems to a diverse group of VIT students, what kind of pedagogical innovations would you introduce to make sure every student—regardless of their academic background—can engage and succeed in the course?

Alright, you mentioned that your research is focused on rare earth materials and solar energy, and that practical support is crucial. Let's switch gears. Suppose you're teaching Embedded Systems at VIT, where students come from different backgrounds—how would you design a course that keeps both beginners and advanced students actively engaged, rather than just lecturing?

You talked about preparing glass and nano materials for solar energy, and how practical demonstrations help students relate to the concepts. Now, suppose you're teaching Embedded Systems to a large class at VIT where students have varied backgrounds. What pedagogical innovations would you introduce to make sure both advanced and struggling students stay engaged and actually learn?

Alright, you talked about preparing glass materials and how UV exposure triggers specific light output, which ties well to real-world applications. When you're teaching foundational courses like Image Processing, how would you design an exercise—besides traditional lectures—that helps VIT students actively grapple with the concepts and see their relevance to technology?

Right, you talked about preparing glass materials and nano materials, and how practical support is key — especially when students can actually see or perform experiments. If you were teaching Embedded Systems to a diverse group at VIT, what new teaching methods would you use to make sure every student stays engaged and actually learns, not just listens?

You talked about preparing glass materials, rare earth elements, and how practical demonstrations help students connect with the concepts. Let's pivot. Suppose you're teaching Embedded Systems to a large class at VIT, and you can't use slides or traditional lectures. How would you design a session that gets students actively involved, regardless of their academic background?

You talked about using rare earth materials like Samarium and Europium, and relating them to everyday LED applications so students can connect the dots. Now, if you were teaching Embedded Systems to a diverse group at VIT—say, students with varying backgrounds—what specific pedagogical innovation would you introduce to help them grasp complex concepts beyond just lectures?

Right, you talked about preparing glass and nano materials for solar energy, and how practical demonstrations help students relate to the concepts. Now, suppose you're teaching Embedded Systems to a large class at VIT, and you can't use slides or traditional lectures. What specific activities or methods would you use to keep students actively engaged and make the material stick?

You talked about applying for funding from BSPSCRT and working with nano and glass materials for solar energy, and you mentioned the challenge of bringing in new projects if you get the right support. Shifting to teaching—if you were assigned a foundational undergraduate course in Image Processing, how would you structure your teaching so that students at VIT—some with strong backgrounds, some with very little—can all genuinely understand and get excited about the material?

You highlighted the importance of practical demonstrations and connecting complex topics like rare earth materials to everyday technologies. Now, if you were assigned to teach Embedded Systems to a large, diverse group of students at VIT, what specific strategies would you use to make sure all students—regardless of their academic background—stay engaged and actually learn the material?

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch.

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never.

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never. Thought that I. I I have been taught that. From any. But I have done that. On my own. I know. How to run? Still how to? Find. During development of emergency. How to do the practicals?

You talked about tailoring Embedded Systems instruction for students from different backgrounds, but you trailed off. Can you give me a concrete example of how you'd adapt your teaching for someone with very little electronics experience versus someone who's already comfortable with circuit design?

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never. Thought that I. I I have been taught that. From any. But I have done that. On my own. I know. How to run? Still how to? Find. During development of emergency. How to do the practicals? In MPs system. Applications. Where we can use? Very bad.

You started to explain how you’d approach Embedded Systems for students from different backgrounds, but it sounded like you were still thinking. Go on—how would you adapt your teaching so someone with little electronics experience could keep up and actually participate in practical sessions?

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never. Thought that I. I I have been taught that. From any. But I have done that. On my own. I know. How to run? Still how to? Find. During development of emergency. How to do the practicals? In MPs system. Applications. Where we can use? Very bad. Specific horror page.

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never. Thought that I. I I have been taught that. From any. But I have done that. On my own. I know. How to run? Still how to? Find. During development of emergency. How to do the practicals? In MPs system. Applications. Where we can use? Very bad. Specific horror page. I. Not working with that so. I uh, yeah. To. But I can. Guaranteeing you. I can check.

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never. Thought that I. I I have been taught that. From any. But I have done that. On my own. I know. How to run? Still how to? Find. During development of emergency. How to do the practicals? In MPs system. Applications. Where we can use? Very bad. Specific horror page. I. Not working with that so. I uh, yeah. To. But I can. Guaranteeing you. I can check. Really well. For the. Songs from any platform.

Find. I will. I will see. Embrace embed system. Different students. From different breakdowns. From the brain sketch. I learned. That's. On my own. I never. Thought that I. I I have been taught that. From any. But I have done that. On my own. I know. How to run? Still how to? Find. During development of emergency. How to do the practicals? In MPs system. Applications. Where we can use? Very bad. Specific horror page. I. Not working with that so. I uh, yeah. To. But I can. Guaranteeing you. I can check. Really well. For the. Songs from any platform. If they want. To learn. I am ready to. Teach them.

You mentioned you learned Embedded Systems on your own and focused a lot on practicals. So if some students are struggling to connect the theory to those hands-on experiments, how would you check if they're actually grasping the concepts, not just following steps?

Alright, let's turn to something a bit different. 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?

Okay, you mentioned learning Embedded Systems on your own and focusing on practicals, but it sounded like you were still thinking. Can you give me a concrete example of how you'd adapt your teaching for someone with very little background in electronics?

You mentioned learning Embedded Systems on your own and working through practicals, but it sounds like you approach it differently depending on the student. Can you give me a specific example of how you'd adapt your teaching for someone with very little background in electronics?

Alright, you said you can guarantee solid teaching for Embedded Systems students from any platform, but it sounded like you focus a lot on practical application. If you joined our department and found that outcome assessment data was inconsistent across courses—like some courses had detailed rubrics and others barely tracked learning objectives—how would you approach fixing that?

Alright, you said you can teach

And I will make that step. OK, go ahead.

You said you'll make that step for Embedded Systems students, but I'd like to hear how you'd handle department-level responsibilities — things like curriculum committees or outcome assessments. Beyond teaching and research, what role do you see yourself playing in department governance at VIT?

First of the story. Umm uh, step is like. OK.

First of the story. Umm uh, step is like. OK. See I have a topic.

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks.

You started to describe your first step for department governance, but it sounded like you were still thinking. Can you give me a concrete example of how you'd contribute to a curriculum committee or help with outcome assessments for accreditation?

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take.

Okay, you started describing your first step for department governance but didn't finish. Can you give me a concrete example of how you'd contribute to a curriculum committee or help resolve inconsistent outcome assessment data in your department?

You started describing how you'd approach department responsibilities, but it sounded pretty general. Since we've covered teaching and research, let's pivot — 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?

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take. I. They'll learn that. And for the vit. I will provide. All support with VIT.

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take. I. They'll learn that. And for the vit. I will provide. All support with VIT. In painful fate. Already. The two. I will be. Very much happy.

Alright, let’s talk about handling ethical dilemmas. Imagine you’re teaching a foundational course and a student files a formal complaint, claiming your grading is biased. At the same time, your department head is pressuring you to improve pass rates. How would you navigate that situation?

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take. I. They'll learn that. And for the vit. I will provide. All support with VIT. In painful fate. Already. The two. I will be. Very much happy. Define can play any role. To make Stew. And go further.

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You said you'd provide all support for VIT, but I'm still unclear how you'd handle an ethical dilemma. Imagine you're teaching a foundational Image Processing course, and a student files a formal complaint saying your grading is biased. At the same time, your department head pressures you to increase pass rates. How would you handle that situation?

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take. I. They'll learn that. And for the vit. I will provide. All support with VIT. In painful fate. Already. The two. I will be. Very much happy. Define can play any role. To make Stew. And go further. Are you very happy? With my all the knowledge happy. Remixable. Academic. Stop listening. Administration level. I will provide my. All the. By all things to PID. To make things. Betas for pips? Most importantly. To the students for their future. And supports. To actually. Things will be done.

Okay, you said you'll be happy to support VIT and take topics regularly, but I'm looking for a real-world scenario. Let's say you're teaching Image Processing, and a student files a formal complaint—claiming your grading was biased. Meanwhile, your department head is urging you to improve pass rates. How would you handle that situation?

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take. I. They'll learn that. And for the vit. I will provide. All support with VIT. In painful fate. Already. The two. I will be. Very much happy. Define can play any role. To make Stew. And go further. Are you very happy? With my all the knowledge happy. Remixable. Academic. Stop listening. Administration level. I will provide my. All the. By all things to PID. To make things. Betas for pips? Most importantly. To the students for their future. And supports. To actually. Things will be done. I will. That's why you do see.

Alright, you said you'd be happy to play any role to support VIT and help students move forward, but let's talk about handling ethical dilemmas. Imagine you're teaching a foundational Image Processing course, and a student files a formal complaint—claiming your grading is biased. At the same time, your department head is pressuring you to improve pass rates. How would you handle that situation?

First of the story. Umm uh, step is like. OK. See I have a topic. Regularly for a week. Or two weeks. Tell me I will take. I. They'll learn that. And for the vit. I will provide. All support with VIT. In painful fate. Already. The two. I will be. Very much happy. Define can play any role. To make Stew. And go further. Are you very happy? With my all the knowledge happy. Remixable. Academic. Stop listening. Administration level. I will provide my. All the. By all things to PID. To make things. Betas for pips? Most importantly. To the students for their future. And supports. To actually. Things will be done. I will. That's why you do see. Ground level. Do some.

You said you'd be happy to support VIT in any role, and that your focus is always on the students' futures. Let me ask about a tricky ethical situation. Suppose a colleague asks you to co-author a paper, but you notice some of their data looks questionable—maybe not fully accurate or possibly manipulated. How would you handle that situation?

You said you're ready to support VIT and provide knowledge at both academic and administrative levels. Let's shift to industry alignment. Given your background in optoelectronics and materials science, do you have any industry connections or collaborations that could help VIT students access real-world internships or placement opportunities?

You said you'd be very happy to play any role in department governance and help students move forward, but let’s get specific. Given your background in optoelectronics and materials science, do you have any industry contacts or collaborations that could help VIT students get internships or placement opportunities?

You said you'd provide support at both academic and administrative levels, and you want to help students move forward. Earlier

Yes.

You said you're happy to help at the administration level and want to make things better for students. Let me ask—have you ever worked on a project that involved collaboration with industry or brought in guest speakers to connect students with real-world opportunities?

I have. Quit some of my friends. Friends who are working in. Different companies.

I have. Quit some of my friends. Friends who are working in. Different companies. Active. Amma some of my senior workforce. Some devote. Companies invasive. I can.

I have. Quit some of my friends. Friends who are working in. Different companies. Active. Amma some of my senior workforce. Some devote. Companies invasive. I can. Chat or offline lecture.

I have. Quit some of my friends. Friends who are working in. Different companies. Active. Amma some of my senior workforce. Some devote. Companies invasive. I can. Chat or offline lecture. Protests where? They can. Know this from their from their knowledge.

Okay, let's shift gears. For image processing—imagine you're teaching a lab on edge detection algorithms, and the students are struggling to see the practical impact. How would you help them connect the theory to real-world applications, so the concept really sticks?

I have. Quit some of my friends. Friends who are working in. Different companies. Active. Amma some of my senior workforce. Some devote. Companies invasive. I can. Chat or offline lecture. Protests where? They can. Know this from their from their knowledge. On the speaker storage. They will get stuck. Favour of the industry. Quad current industry. One from a student. To watch India. Company.

You mentioned collaborating with friends in different companies and bringing in senior professionals. Can you give me an example where you actually organized a guest lecture or industry project for your students, and what impact it had on their learning?

You mentioned inviting friends and senior professionals from different companies to give lectures or talks. Can you walk me through how you actually set up one of those guest sessions—like, how did you coordinate with the company, choose the topic, and make sure the students got something valuable from it?

Alright, you said you’ve brought in company professionals for guest talks. Now, thinking about student evaluation—how do you handle grading practical exams or lab work in a way that’s fair but also encourages students to keep improving?

You mentioned chatting with friends from industry and arranging offline lectures so students get practical insights. Now, shifting to teaching and academic skills—how do you structure your lectures or labs so students with different learning styles can all follow along and understand the material?

Can you repeat this question?

Sure, I'll repeat the question for you. How do you structure your lectures or labs so that students with different learning styles can all follow along and understand the material?

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy.

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy.

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can.

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can. What I have told earlier.

Okay, you said not everyone has the same eligibility to learn, which is true. But in practice—how do you adapt your teaching if you notice some students are falling behind while others are moving ahead?

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can. What I have told earlier. I will design. Some student related. I. I will. I will.

Okay, you pointed out not everyone in a class has the same eligibility or ability to learn, but I need a bit more detail—what's one concrete thing you've actually done in a lab or lecture to help students who were falling behind catch up?

Okay, you said you'd be happy to help anyone who wants to learn, but I need a concrete example—what's one thing you've actually done in a lab or lecture to help students with different learning abilities, like maybe using visual aids or hands-on demos?

Alright, you've said you'd be happy to help students learn, but let's shift gears. When it comes to guiding student projects or research—can you give an example of a project you've supervised, and how you helped the students develop their ideas and solve challenges along the way?

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can. What I have told earlier. I will design. Some student related. I. I will. I will. I will classify those. Who are slow runner? What? I will fix the. Love which suits? The first one. More typical projects to them I will give the more. Difficult problems to gain.

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can. What I have told earlier. I will design. Some student related. I. I will. I will. I will classify those. Who are slow runner? What? I will fix the. Love which suits? The first one. More typical projects to them I will give the more. Difficult problems to gain. Portrait Learners.

Alright, you've said you'd design student-related steps and help anyone who wants to learn, but let's switch gears. When it comes to evaluating students—like setting exam papers or grading lab reports—how do you make sure your assessments are fair and actually measure what students have learned?

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You said you'd be happy to help anyone who wants to learn and you'd design steps for students, but let's switch gears. When it comes to evaluating students—like setting exam papers or grading lab reports—how do you make sure your assessments are fair and actually measure what students have learned?

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It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can. What I have told earlier. I will design. Some student related. I. I will. I will. I will classify those. Who are slow runner? What? I will fix the. Love which suits? The first one. More typical projects to them I will give the more. Difficult problems to gain. Portrait Learners. I want to keep them some. Irritable. Irritable is. Is it easy? So that. Solve that easy problem. And schooling. They can learn from it. And uh. Eventually. They will. Faster than that, and for the slower. I will have to keep the situation at. And I will put. Some with some stroller nuts. It's. And a learner. In a group. A Who are friends? Among them. The slow runners can. Can get some idea from the first ever. I will. Some computers. The practical room What's? Think Osama Samayan. I will. Ensures. Who want to learn but. Not are not being able to. Learn something. Or fast fastly. So sorry, I will turn. Things. Who will help, Katrina or not? Good luck and more.

You said you'd classify students as slow or fast learners and give them different project difficulty levels. Now, thinking about guiding student projects and research—can you give a concrete example of a project you've supervised and how you made sure the student actually learned something meaningful from it?

It is not because in a class. Not what will have. The same eligibility. To learn. Yes, copy. 43 I will be. Be very happy. If you want to learn. I can. What I have told earlier. I will design. Some student related. I. I will. I will. I will classify those. Who are slow runner? What? I will fix the. Love which suits? The first one. More typical projects to them I will give the more. Difficult problems to gain. Portrait Learners. I want to keep them some. Irritable. Irritable is. Is it easy? So that. Solve that easy problem. And schooling. They can learn from it. And uh. Eventually. They will. Faster than that, and for the slower. I will have to keep the situation at. And I will put. Some with some stroller nuts. It's. And a learner. In a group. A Who are friends? Among them. The slow runners can. Can get some idea from the first ever. I will. Some computers. The practical room What's? Think Osama Samayan. I will. Ensures. Who want to learn but. Not are not being able to. Learn something. Or fast fastly. So sorry, I will turn. Things. Who will help, Katrina or not? Good luck and more. From Are you there?

You said you classify students as slow or fast learners and adjust project difficulty, but let's switch gears. When it comes to evaluating students—like setting exam papers or grading lab reports—how do you make sure your assessment is fair and actually measures what they've learned?

You said you'd classify students as slow or fast learners and adjust lab difficulty, so let's switch gears. When it comes to guiding student projects or research—can you give a concrete example of a project you've supervised, and how you helped students overcome a technical or research challenge along the way?

You said you group slow and fast learners together so they can help each other, and you tailor the difficulty of labs or projects. Now, thinking about exam responsibilities—when you set exam papers or grade lab reports, how do you make sure your evaluation is fair and consistent for all students?

So you group students so fast learners can help slower ones, and you tailor project difficulty. Now, for student evaluation—when you're setting exam papers or grading lab reports, how do you make sure your assessments are fair and accurately reflect each student's understanding?

Alright, you group fast and slow learners together and tailor lab difficulty. Earlier you mentioned setting up practicals in Embedded Systems. When it comes to evaluating students—like setting exam papers or grading lab reports—how do you make sure your assessments are fair and actually measure what students have learned?

Okay, so you group slow and fast learners together so they can help each other, and you tailor the difficulty of labs or projects. Now, thinking about guiding student projects and research—can you give a concrete example of a project you supervised, and how you helped the students overcome a major challenge during that process?

You said you classify students as slow or fast learners and tailor the lab or project difficulty, plus you group them so they can learn from each other. Switching gears—when you're guiding student research projects, what's your process for helping a student choose a topic and develop it into a publishable paper?

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

MMM, what kind of?

You’re asking about the kind of team or role at VIT. The department has a mix of senior faculty, early-career researchers, and technical staff who support both teaching and lab work. Collaboration across disciplines is encouraged, especially for research projects and mentoring students. Anything else you’d like to know about the role or the team, Dr.?

MMM, what kind of? If I get tips. 40th St. Professor Richards. Research post. What kind of? The support I.

MMM, what kind of? If I get tips. 40th St. Professor Richards. Research post. What kind of? The support I. Set from the VIP. And what I have to teach the students. What will be the? At what level we take? Oriented. Something else? Will I? Putains to supervise.

MMM, what kind of? If I get tips. 40th St. Professor Richards. Research post. What kind of? The support I. Set from the VIP. And what I have to teach the students. What will be the? At what level we take? Oriented. Something else? Will I? Putains to supervise. And will I get support to? Arthan Lab. At pit failure.

MMM, what kind of? If I get tips. 40th St. Professor Richards. Research post. What kind of? The support I. Set from the VIP. And what I have to teach the students. What will be the? At what level we take? Oriented. Something else? Will I? Putains to supervise. And will I get support to? Arthan Lab. At pit failure. Who are working on. Material, for example.

You’re asking about what kind of support you'd get if you join as an Assistant Professor (Research) at VIT. Typically, new faculty get access to research labs, mentoring from senior colleagues, and administrative help for grant applications. There's also funding for conference travel and support for collaborative projects. Is there anything else you'd like to know before we wrap up?

Alright, you want to know what kind of support you'd get as an Assistant Professor (Research) at VIT and what you’d be expected to teach or supervise. Typically, you'd have access to lab facilities, technical staff, and mentoring from senior faculty. Teaching assignments usually include theory and lab courses in your specialization—like Embedded Systems or Materials Science—plus supervising student projects at both undergraduate and postgraduate levels. You'll also be expected to help guide research projects and contribute to curriculum development. Is there anything else you'd like to ask about the role or the team?

You asked about the support you'd get as an Assistant Professor (Research) at VIT and what you'd be expected to teach. Typically, you'd have access to lab facilities, technical staff, and mentoring from senior faculty to help you supervise student research and projects. The teaching level would be undergraduate and sometimes master's, focusing on theory and practical labs in emerging technologies. And yes, you'd be expected to guide student research, supervise projects, and help with department activities. Anything else you'd like to ask before we wrap up?