Dr. P. Satish Kumar is the Head of the Department of ECE at ACE Engineering College. He holds a B.Tech. in ECE and an M.Tech. in Communication Systems from Pondicherry Central University. Thereafter, he earned a PhD in ECE from JNTUH as well. With over 50 papers published, his work can be found in reputed national and international journals and conferences.

Dr. Kumar has guided three PhD scholars, Ten M.Tech. and 50 B.Tech. students with their theses and projects. He holds memberships in MISTE, MIETE and MNAFEN. Besides his responsibilities, he is the PhD thesis evaluator for Anna University. He has received over INR 8 lakhs in AICTE grants for his work as a coordinator for different faculty development program and short-term training program.

ACE Engineering College

With 31 years of experience in teaching and research, what inspired you to pursue a career in the field of Electronics and Communication Engineering, and how has your work evolved over the years?

My journey in Electronics and Communication Engineering began with a deep fascination for the way technology connects and communicates. The dynamic nature of the field, its constant evolution, and the potential to contribute to society through innovation drew me in. Over the past 31 years, my work has evolved in sync with the rapid advancements in technology. From the foundational principles of electronic devices and circuits to cutting-edge research, I've been privileged to witness and contribute to the transformative journey of this field.

You have taught a wide range of subjects, from electronic devices and circuits to VLSI/Embedded Systems. How do you adapt your teaching style to suit the needs of different students and subjects?

Adapting my teaching style is crucial to ensure that every student can grasp the subject matter effectively. Understanding the diverse learning styles within a classroom is essential. For more theoretical subjects like electronic devices and circuits, I emphasise clear conceptual explanations, while for subjects like VLSI, hands-on exercises and real-world applications are integrated. Flexibility is key, and I encourage an open dialogue with students to address their individual needs and preferences.

As a member of professional bodies such as MISTE, MIETE, and MNAFEN, how do these affiliations contribute to your professional growth and the enhancement of the department's academic environment?

Being a part of professional bodies provides a platform for continuous learning and networking. These affiliations facilitate the exchange of ideas, exposure to best practices, and staying updated on industry trends. It also opens avenues for collaborative research and ensures that our department stays aligned with global standards. The academic environment benefits from this rich network by incorporating diverse perspectives and maintaining a high standard of education.

Could you provide some insights into your vision for the future of the ECE Department of at ACE Engineering College? What are some of your key objectives or initiatives?

My vision for the ECE Department at ACE Engineering College revolves around fostering innovation and excellence. I aim to enhance our research capabilities, forge stronger industry connections, and integrate emerging technologies into our curriculum. We're working towards creating an environment that not only imparts theoretical knowledge but also equips students with practical skills, preparing them for the challenges of the ever-evolving tech landscape.

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How do you stay up-to-date with the latest developments and trends in the field of Electronics and Communication Engineering, and how do you incorporate this knowledge into your departments teaching and research?

Staying current in this fast-paced field is imperative. I engage in continuous professional development through attending conferences and workshops and collaborating with industry experts. This up-to-date knowledge is directly woven into our curriculum, ensuring that students are exposed to the latest advancements. It also guides our research focus, aligning it with the current needs and trends in Electronics and Communication Engineering.

How do you encourage students to participate in extracurricular activities, hackathons, competitions, and research projects to enhance their practical skills alongside their academic learning?

Encouraging extracurricular involvement is vital for holistic development. We actively promote participation in hackathons, competitions, and research projects, providing platforms for students to apply their theoretical knowledge in practical scenarios. These experiences not only enhance their problem-solving skills but also foster teamwork and creativity. It's about instilling a passion for learning beyond the classroom and nurturing well-rounded individuals.

How do you plan to collaborate with industry professionals and organizations to provide real-world experiences and opportunities for students in the ECE department at ACE Engineering College?

Collaborating with industry is a cornerstone of our approach. We establish partnerships with companies to facilitate internships, guest lectures, and industry visits. This ensures that our students gain real-world insights, understand industry expectations, and develop the skills that make them industry-ready. These collaborations also open avenues for joint research projects, creating a symbiotic relationship between academia and industry.

Can you explain us about the infrastructural facilities available with respect to ECE department at ACE Engineering College?

In terms of infrastructural facilities, ACE Engineering College is equipped with state-of-the-art labs, modern classrooms, and dedicated spaces for collaborative work. Specifically, for the ECE department, we have specialised labs like sensors and devices, IOT, Electronic Circuit Design Lab, and HFSS Lab with high-performance computing systems and advanced software tools. Our goal is to provide an environment that supports experiential learning and practical application.

Being HOD, what strategies do you use to motivate and engage your students, and how do you ensure that they are well-prepared for their future careers?

Motivating and engaging students is at the core of my role. I employ a combination of interactive teaching methods, mentorship programs, and regular feedback sessions. We also organize seminars, webinars, and industry interactions to expose students to real-world scenarios. Additionally, career counseling and guidance are integral parts of our curriculum, ensuring that students are not only academically proficient but also equipped with the skills and confidence needed for successful careers in Electronics and Communication Engineering.