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Department of

Electronics & Communication Engineering

Electronics demonstrates its inherent versatility and contemporary essence through the seamless integration of cutting-edge technologies such as AI, IoT, IC design, and robotics, making it an indispensable field in today's world. The use of artificial intelligence has transformed electronics, enabling smarter devices that learn and adapt to our needs. The Internet of Things has revolutionized connectivity, allowing us to control and monitor various devices remotely and creating a more interconnected and efficient ecosystem. IC design has driven miniaturization and enhanced performance, enabling portable devices that incorporate multiple functions. Additionally, robotics has empowered industries with automation and efficiency, from self-driving cars to industrial robots revolutionizing manufacturing processes. The convergence of these technologies highlights the versatility of electronics, as it seamlessly integrates within diverse fields, addressing challenges and reshaping our present and future in profound ways.

About the Department

The Department of Electronics and Communication Engineering was established in 2013. The department offers B.Tech. Program at UG level, M.Tech. Program at PG level and Ph.D. program in various specializations. State of the Art laboratories have been established and the Department is committed to provide active hands on and experiential learning to the students of all the programs and to support the research. The Department also ensures the quality delivery in the classroom teaching through the highly talented and motivated faculty members. The faculty members of the Department are delivering the fundamental concepts along with the latest trends in the area to strengthen the learning process and to invoke the critical thinking and problem-solving skills among the students, so that the students can take the challenge to give the solution of the technical and social problem through technology.

The Department maintains active research groups to provide the research support the students of various programs and for carrying out the collaborative and interdisciplinary research in the different area such as; 5G Technology, RF and Microwave Engineering, VLSI Design, Sensors, Internet of Things (IoT), Artificial Intelligence, Machine Learning, Robotics, 3D printing, Medical Electronics, Machine to Machine Communication, Satellite Communication, Sensor Networks etc.

The Department put all efforts to make the students to compete globally and to produce technical solutions to the social need with ethical and moral values, and to produce essential technologies for the mankind in the field of Electronics & Communication.

Focus and Research Areas

5G Technology

Artificial Intelligence

Internet of Things (IoT)

Machine Learning

Big Data Analytics


3D Printings

Sensor Networks



Xilinx and FPGA based implementation

VLSI Design


  1. Electric Circuits Lab
  2. Electronics Devices Lab
  3. Integrated Circuits Lab
  4. Analog Communication Lab
  5. Digital Communication Lab
  6. Processors and Controllers Lab
  7. RF and Microwave Lab
  8. Optical Fiber Communication Lab
  9. Embedded System and IoT Lab
  10. VLSI Design And FPGA Lab
  11. Project Lab

VLSI Lab (Equipped With Mentor-IC Nanometer design, Nexys 4 DDR Artix-7 FPGA Pmod BT2,GPS,TMP3,WIfi interface VIVADO system edition + SDSOC)


Undergraduate: The Department has good mixture of young and experienced faculty members, all of whom display high levels of qualification and dedication. The Department of Electronics and Communication Engineering running one undergraduate program B.Tech in Electronics and Communication Engineering since 2013.The students engaged in this particular course are doing great in their well-equipped laboratories. The university is committed to send the students to reputed academic institutes and industries for their summer internship.

Postgraduate: M.Tech in Microelectronics

Research: The Department has strong research program leading to Ph.D. degree in all the areas of Electronics and Communication Engineering, both in full time and part time mode. Number of Ph.D. scholars are currently engaged in cutting edge research in the Department; the research area includes RF and Microwave Engineering, VLSI Design, Reconfigurable FPGA system, and Nanotechnology.

Courses Offered
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Know Our Faculty

Programme Overviews

Programme Educational Objectives (POs)

  1. To impart foundation on mathematics, engineering analysis, electronics and communication involved in order to
  2. Enhance their design, modeling and problem solving capabilities.
  3. To create engineers who are industry ready by exposing them to the latest areas such as devices modeling, embedded systems and sensor networks.
  4. To kindle the research ability in them by providing opportunities for them to work in research labs such as the device modeling lab and the project lab.
  5. To inculcate the habit of working together as a team and also develop the leadership abilities in them by introducing them to the various teaching learning techniques and coordination programmes.
  6. To encourage students to participate in technical and non-technical activities to develop innovative, creative and leadership ability.
  7. To make them get involved in the nation building process by helping those to develop inter disciplinary projects and socio-economic projects.

Programme Learning Outcomes (PLOs)

  1. An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics
  2. An ability to acquire and apply new knowledge as needed, using appropriate learning strategies
  3. An ability to acquire leadership qualities and learn the art of working together as a team by the various activities.
  4. An ability to get motivated by involving themselves in research and development activities in the various labs such as device modeling , embedded systems and sensor networks
  5. An ability to be ready with industry standard by exposing them to the latest technologies such as microelectronics, embedded systems and sensor networks
  6. An ability to get involved in community related services and projects which induce them to serve the society.

Electronics and Communication Engineering Graduates Employability Attributes

  1. Graduates Should Have Knowledge In Mathematical Skills to solve the complex mathematical problems
  2. Graduates Are Effective Electronic Design Problems Solver, should have ability to Analysis and Synthesis of Electronic Circuits, and also should have depth knowledge of latest communication technologies.
  3. Graduates Should Develop the Programming Skills in C, MatLab, VHDL/Verilog Coding, Python, Networking Tools, AI Builder and IoT.
  4. Graduates Should Have Engineering Management Skills In Integrating Different Complex Systems.

Features and Highlights

  • Excellent teaching and research environment through competent faculty members of various specializations.
  • Expertise in advance technologies like VLSI Design, RF & Microwave Engineering, Wireless Communication and Reconfigurable System.
  • More than 15 students of the department have enrolled for higher education in top notch foreign Universities.
  • Two days workshop on Innovative Entrepreneurship in collaboration with Parmartha, Bangalore on 28th-29th January, 2017 at SRM University, Delhi-NCR, Sonepat
  • Five day INSPIRE Internship camp Sponsored by DST, Govt of India, during 20-24th December, 2016 at SRM University, Delhi-NCR, Sonepat
  • Five day INSPIRE Internship camp Sponsored by DST, Govt of India, during 19-23thJuly, 2016 at SRM University, Delhi-NCR, Sonepat
  • One day workshop on Robotics in collaboration with m/s Aptron Solutions Pvt. Ltd. on 21th October, 2016 at SRM University, Delhi-NCR, Sonepat
  • Department of Atomic Energy, Govt of India Sponsored two day seminar on Applications of Radio Isotopes and Radiation Technology in Healthcare, Environment and Industries during 19-20th Nov, 2015 at SRM University, Delhi-NCR, Sonepat
  • One day symposium on Induction Motor Efficiency Monitoring System (IMEMS) in collaboration with CSIR-CSIO, Chennai on 19th March, 2015.

Highlights of Industrial Visits

Department has arranged several industrial visits for the B.Tech. (ECE) students of different years. The list of industries are given below,

  1. Satellite Division of Indian Meteorological Department, New Delhi SRMUH believes in hands-on training of the students so that they are well-informed and prepared! The Industrial Visit to Satellite Division, Indian Meteorological Department, New Delhi, Our ECE & EEE faculty members and students helped them gain a deeper insight on the subject. They received real-time experience on:

    Satellite Receiver Systems

    Data Monitoring Systems

    Image Analysis Systems Used For Weather Forecasting

  2. Centre for E-Governance, Ministry of Electronics and Information Technology, Electronics Niketan, Lodhi Road, New Delhi. 37 number of students from ECE and EEE have visited the organization and three students were selected for the prize based on the quiz contest conducted at venue.
  3. India Skill Competition organized by NSDC at Aerocity Ground, New Delhi. Almost 35 students of ECE have visited the competition and became witness of that grand event. Almost 200 companies from different countries were displayed their innovative machines for the student benefits.
  4. Aggressive Electronics Manufacturing services Pvt. Ltd., Gurgaon 52 students of ECE department have visited the organization and seen the manufacturing facility of the company. The company is leading manufacturer of electronics components in India.
  5. Huawei Telecommunication, Gurgaon The organization is world leader in the providing telecommunication services. 52 students of ECE department have visited the organization and seen the world class research facility of the company.
  6. Industrial visits of B.Tech (ECE, 2nd& 3rd Year) Timarpur-Okhla Waste Management, New Delhi and B.Tech (ECE, 3rd Year) to TV tower, New Delhi.

Glimpse of Conference and Seminar Organized

Seminar on “Terahertz Communication in 5G Technology”

Terahertz (THz) communication has emerged as a promising technology for next-generation 5G networks, offering unprecedented data rates and bandwidth. This report summarizes key insights from a seminar on Terahertz communication in the context of 5G technology.

International Conference - (WIDECOM-2018)



VHDL, Verilog

VLSI Design

RF & Microwave

Xilinx/FPGA-based development

Personality Development

Value Education

Department Happenings

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