Dr. C. Venkatesh is the Head of the Department of ECE at KGiSL Institute of Technology. He graduated with his bachelor's degree in Electronics and Communication Engineering from the University of Madras and his master’s in Process Control and Instrumentation Engineering from Annamalai University. His doctorate is in the field of Wireless Communication from Anna University, Chennai. Additionally, he also has a Master of Business Administration in Systems from Periyar University.

Dr. Venkatesh has 18 Years of experience in teaching, research, and administration. He is a recognised Research Supervisor at Anna University and has published 40 research papers at various national, and international journals and conferences. Currently, he is guiding four PhD scholars at Anna University and two scholars have completed PhDs under his supervision. He has organised many conferences, technical symposiums, seminars, and workshops and is an active member of societies like IEEE, IAENG, and ISTE.

KGiSL Institute of Technology

What are the benefits and career options after pursuing this course? 

Upon completing this course, students open doors to various exciting career paths. They can venture into the thriving telecom industry, work with esteemed consumer electronics manufacturing organisations, or join the dynamic software industry. The course equips them with skills relevant to Mobile Communication, which is a rapidly growing field. Additionally, they can explore opportunities in research and development, design, and even entrepreneurship. The well-rounded education and practical exposure offered in this course set the foundation for a successful and fulfilling career in the ever-evolving field of Electronics and Communication Engineering.

What are the types of projects that students are working on through this program? 

In our programme, students are engaged in diverse and cutting-edge projects that reflect the evolving trends in the field of Electronics and Communication Engineering. They actively work on projects related to Big Data, harnessing the power of data analytics to extract valuable insights. Projects in the realm of Data Science involve processing and interpreting complex data sets. The ever-expanding Internet of Things (IoT) domain offers opportunities for students to create smart and connected systems. Moreover, they delve into projects centered around Machine Learning, contributing to the development of intelligent algorithms that enhance various applications. These projects empower students to explore and innovate in the rapidly advancing world of technology.

How do you tend to build an industry connected with this program? 

Building a strong industry connection is a priority in our ECE program. We ensure this by frequently inviting experts and professionals from various industries to conduct guest lectures, seminars, and workshops on our campus. These interactions provide students with valuable insights into real-world applications, current industry practises, and emerging trends. Moreover, we arrange industrial visits that give students a firsthand experience of working environments. This approach not only enriches their theoretical knowledge but also enhances their practical understanding of the industry. Through these engagements, we foster a bridge between academic learning and the demands of the professional world.

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How did you train faculty to deliver this program to the students? 

We ensure our faculty members are well-equipped to deliver the programme effectively through a variety of means. We organise industrial projects that allow them to gain hands-on experience in real-world applications. Regular guest lectures by industry experts expose them to the latest trends and practises. Seminars and workshops conducted by professionals enhance their skills and knowledge. Additionally, participation in conferences keeps them updated with current research and advancements. These activities not only enhance their expertise but also encourage a practical approach to teaching, enabling them to impart industry-relevant knowledge to our students.

How does the program ensure that students are being prepared for the future? 

The program's approach to future preparedness revolves around updating the syllabus in accordance with the ever-evolving industrial trends. We recognise that the landscape of Electronics and Communication Engineering is rapidly changing, with emerging fields like 2D Electronics, Quantum Computing, and IoT technology gaining prominence. To ensure our students are well-prepared, we regularly review and revise our syllabus to integrate these cutting-edge advancements. We also offer value-added courses in collaboration with industries, exposing students to practical applications and real-world scenarios. This equips them with the skills and knowledge necessary to excel in the dynamic and competitive world of technology. 

What are the factors that make this program the best for the students to opt? 

The programme offered by the department provides a comprehensive understanding of the Electronics Industry, encompassing a wide spectrum from mobile technology and artificial intelligence to telecommunications and automation. Both the B.E. Electronics and Communication Engineering (ECE) and B.Tech. Electronics and Computer Engineering programmes delve into the fundamentals of electronics and equip students with practical programming skills. This enables them to not only grasp the core concepts but also apply various algorithms to real-world hardware, such as IoT and AI technologies. As industries continue to modernise, the synergy between hardware and software becomes crucial. These programmes stand out as they empower aspiring engineers to navigate various industries by offering a well-rounded grasp of electronics and computing, opening doors to diverse career opportunities. These programmes stand out as they empower aspiring engineers to navigate various industries by offering a well-rounded grasp of electronics and computing, opening doors to diverse career opportunities.

What are some valuable insights of the program that is offered at KGISL? 

The programme at KGISL offers valuable insights into the intricate balance between hardware systems and software models. Students gain in-depth knowledge about the design and functioning of hardware components while also mastering the principles of software development. This holistic understanding equips them to bridge the gap between theoretical concepts and practical applications, ensuring they are well-prepared for the dynamic demands of the technology industry.