Mr. P Hari Krishna is an Associate Professor & HoD, Department of Electronics and Communication Engineering, Vignan's Institute of Management and Technology for Women, Hyderabad. Mr. P Hari Krishna is a dedicated researcher currently pursuing his PhD at Vignan's Foundation for Science, Technology & Research. He holds a Master's degree (M. Tech) in VLSI System Design from Jawaharlal Nehru Technological University, Hyderabad, and a Bachelor's degree (B. Tech) in Electronics and Communication Engineering from the same institution. With a strong academic background, his research interests encompass a diverse spectrum, including Digital Image Processing, Design for Testability for Multimedia Applications, Low Power VLSI Design, VLSI System Design, Semiconductors, Low Power Consumption of System on Chips, and Embedded Systems, with a specialization in Real-Time Operating Systems.

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What are the special practices at the VIMTW institution that you observed and you would like to highlight?

Some of the special practices at the VIMTW institution are: 

  • At VIMTW, we prioritize a student-centric approach to education. This means that our curriculum and teaching methods are designed to cater to the individual needs and aspirations of our students.
  • We strongly believe in project-based learning, where students are actively involved in hands-on projects that simulate real-world scenarios. This approach enhances their problem-solving skills and practical knowledge.
  • Interdisciplinary collaboration is a core aspect of our educational philosophy. We encourage students to work with peers from different departments to foster a holistic understanding of technology and its applications.
  • VIMTW is committed to empowering women in the field of Electronics and Communication Engineering. We provide mentorship and support to female students to ensure their excellence in their studies and future careers.

Technology is going through a lot of dynamic changes these days, what steps are you taking in order to be updated with the latest trends and incorporate them into the curriculum at VIMTW?

A few steps taken to be updated with the dynamic changes in technology are: 

  • In the ever-evolving field of Electrical Engineering, it is essential to stay current with the latest trends and technologies.
  • Our curriculum is regularly reviewed and updated to incorporate emerging technologies such as the Internet of Things (IoT), Artificial Intelligence (AI), and Robotics. This ensures that our students are well-prepared for the industry.
  • We encourage our faculty members to participate in workshops, conferences, and research activities. This exposure helps them bring the most up-to-date knowledge and practices into the classroom.

What are the current biggest challenges in the field of Electrical Engineering domain in general, and how do you plan to address them as a HOD?

Some steps to overcome the current biggest challenges in the field of Electrical Engineering domain are: 

  • The field of Electrical Engineering faces significant challenges, including the need for sustainable energy solutions, renewable energy integration, and the development of smart technologies.
  • To address these challenges, we offer specialized courses and research opportunities in areas such as sustainable energy systems, power electronics, and IoT-based solutions.
  • Collaboration with industry partners is essential. We work closely with companies to develop practical solutions to real-world problems and provide students with internships that offer hands-on experience.

How do you collaborate with industries and other academic institutions to provide practical exposure and internships for your students?

  • We maintain strong relationships with industries by inviting experts for guest lectures, organizing industrial visits, and facilitating internships.
  • Memorandum of Understanding (MOUs) with various companies formalize our partnerships, ensuring that students have access to practical exposure and industry insights.
  • Collaboration with other academic institutions helps broaden our students' perspectives through joint research projects, exchange programs, and shared resources.

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

Some of the infrastructural facilities available with respect to ECE department at VIMTW are: 

  • Our ECE department boasts cutting-edge laboratories, including those dedicated to electronics, communication, and microcontrollers. These labs provide students with hands-on experience.
  • Modern classrooms equipped with audio-visual aids facilitate effective teaching and learning.
  • A well-stocked library and access to online resources ensure that students have access to a wide range of reference materials.

How do you support and encourage the students at ECE department towards innovation?

The students at ECE department are supported and encouraged towards innovation in the following ways: 

  • We actively support student innovation by creating spaces like innovation centers and student clubs where creative ideas can be explored.
  • Hackathons, technical competitions, and research projects are encouraged, and faculty mentors guide and support students throughout their innovative endeavors.

We can observe many students opting for specializations like CSE more, compared to core branches. What is the scope of ECE in the coming years both domestically and internationally?

  • The scope of Electronics and Communication Engineering remains strong both domestically and internationally.
  • The demand for automation, IoT, renewable energy, and smart technologies continues to grow, offering diverse career opportunities in areas such as telecommunications, power systems, automation, embedded systems, and more.

What is your vision as a HOD of ECE for the coming years at VIMTW?

As a HOD, my vision for the coming years at VIMTW are: 

  • As the HOD of ECE at VIMTW, my vision for the coming years is to further strengthen our department's culture of excellence.
  • We plan to expand industry connections and research capabilities, enabling our students to work on cutting-edge projects and solutions.