Dr. N. Srinivas is an Associate Professor of the ECE department at MLRITM. His area of specialization is Wireless Communications. He has around 12 years of experience including 10 years of research experience. He has published 24 journals in total. 

Marri Laxman Reddy Institute of Technology

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

At MLRITM, I observed special practices are regular class work with high attendance, Labs are conducting regularly, Placements Team, R & D Team, IQAC Team, Club 64 Team, IIC Team, Cultural Team, NSS team and Sports teams are very active.

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 MLRITM?

MLRITM is the best educational institution often employed to stay updated with the latest technology trends and incorporate them into the best engineering curriculum. Keep in mind that these strategies might have evolved since then. In MLRITM, collaborating with industry leaders, tech companies, and startups can provide valuable insights into emerging technologies and trends. Remember, the approach taken in the MLRITM institution’s resources only, goals, and strong educational philosophy. The important steps are always taking the MLRITM institution to stay agile and responsive to the changing landscape of technology.

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

Electronics and Communication Engineering faced several significant challenges. The field of Electronics and communication Engineering is constantly evolving with the emergence of new technologies such as renewable energy, smart grids, AI, IoT, and more. Keeping up with these rapid changes can be challenging. As a Head of Department (HOD), you could emphasize the importance of continuous learning for faculty members and students. Encourage faculty development programs, research, and collaborations with industry partners to stay updated with the latest trends. Foster a culture of curiosity and innovation. 

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

At MLRITM, establish formal partnerships with industries by signing Memorandums of Understanding (MOUs) or collaboration agreements. This allows for joint initiatives, internships, research projects, and knowledge sharing. Invite industry professionals to serve on advisory boards. They can provide insights into current industry trends, needs, and skill requirements, helping align the curriculum with industry demands. Work with industries to create structured internship programs that provide students with hands-on experience. These internships can be part of the curriculum or offered during breaks. We collaborate effectively, it's important to establish clear communication channels, define expectations, and ensure that the collaboration benefits all parties involved. Regular feedback and evaluation can help refine and improve the quality of industry-academia partnerships over time. Keep in mind that each institution's approach will be tailored to its specific resources, goals, and the industries it aims to collaborate with.

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

We offer the best current infrastructure facilities. We are equipped with audiovisual aids to facilitate effective teaching and learning. It's recommended to visit the official website of MLRITM or contact the institution directly for the most accurate and up-to-date information about the specific infrastructural facilities available in the ECE department.

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

MLRITM’s ECE dept is Promoting innovation among students in the Electronics and Communication Engineering (ECE) department is adapting emerging trends and technologies with a combination of strategies that foster creativity, critical thinking, hands-on learning, and real-world problem-solving. Remember that fostering a culture of innovation requires a holistic approach that encourages curiosity, risk-taking, and continuous learning. By creating an environment that values and supports innovation, students in the ECE department can be inspired to develop groundbreaking solutions that contribute to technological advancements and societal progress so that our students are always best in the market.

You are an individual who is actively involved in research and publications. How do you promote the culture of research activities among students?

In MLRITM, promoting a culture of research activities among students encourages a multifaceted approach that encourages curiosity, critical thinking, collaboration, and a sense of ownership over their learning. Here are several strategies to foster a research-oriented culture among students: faculty role models, research seminars and talks, incorporating research into curriculum, research clubs and organizations, research mentoring, and regular research updates. By providing the necessary resources, mentorship, and opportunities, institutions can empower students to engage in meaningful research activities that contribute to their personal growth and the advancement of knowledge.

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?

In MLRITM, the field of Electronics and Communication Engineering (ECE) has remained the best and is likely to continue being an essential and dynamic area in both domestic and international contexts. The scope of ECE is influenced by various factors, including technological advancements, industry demands, economic trends, and societal needs. ECE encompasses a wide range of technologies, including wireless communication, Internet of Things (IoT), embedded systems, robotics, artificial intelligence (AI), and more. As these technologies continue to evolve, ECE professionals will play a vital role in developing and implementing them across industries. With the rise of smart cities and the integration of technology into various aspects of daily life, ECE professionals will be essential in designing and maintaining the communication systems, sensors, and devices that make these innovations possible. ECE professionals are in demand worldwide due to the universal need for technology solutions across industries and sectors. International collaborations and research opportunities allow ECE professionals to contribute to cutting-edge research initiatives and collaborate with experts from around the world. It's important to note that the scope of ECE is subject to change based on technological advancements, economic shifts, and emerging trends. As the demand for technology-driven solutions continues to rise, ECE professionals will likely find opportunities to contribute their expertise both domestically and internationally. If you're considering pursuing a career in ECE, staying adaptable, continuously updating your skills, and being open to lifelong learning will help you navigate the evolving landscape of the field.

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

At MLRITM, I have held a position such as Head of Department (HOD) for two months. However, I can provide you with a hypothetical vision that an HOD of the ECE department at MLRITM might have for the coming years based on best educational goals and industry trends. As the Head of the Electronics and Communication Engineering (ECE) Department at MLRITM, my vision is to transform the department into a center of excellence in Embedded systems and VLSI and Communication Systems for innovative learning, cutting-edge research, and industry collaboration. I envision a department that produces graduates who are not only technically proficient but also innovative thinkers, problem solvers, and leaders in the rapidly evolving field of technology.