About the Department

The department Electronics and Communication Engineering (ECE) is headed by Dr. Rahul Vivek Purohit and has 45 faculty members who have received their higher education from top-notch universities. The faculty members of ECE department are consistently doing well in teaching and research. The department offers B.Tech. (ECE) with 180 intake, B.Tech. Electronics and Communication (Advanced Communication Technology) with 60 intake, and B.Tech. Electronics Engineering (VLSI Design and Technology) with 60 intake.

Presently, the B.Tech. ECE program has been accredited by the National Board of Accreditation.

The B.Tech. program attracts the brightest students in the state every year. The placement record of the department has always been impressive. Almost 100% of the students get jobs from the campus placement and many of them are getting it in core companies every year. We encourage the students to do design- and research-based projects during their B.Tech. degrees.

The department has state-of-the-art laboratories in almost all the areas of ECE, which has the latest simulation tools to cater various specializations and are equipped with facilities for measurement, characterization, and synthesis of experimental as well as theoretical results. The department is actively involved in R&D activities and regularly publishes its research in reputed journals and conferences. The research areas include Wireless communication and networks, microwave engineering, antenna design, VLSI design, signal and image processing, communication engineering, and embedded systems.

The department has MoU’s with distinguished organizations and industries, mentioning a few include Huawei - ICT Academy, 3ST Technologies Pvt. Ltd., Noida, Maven Silicon, Bengaluru, Department of Electronics - Pattern Recognition and Machine Intelligence Group, Shantou University, China. It prides in having students placed in reputed companies with smart package and also focuses on developing and escalating the skill of analysis, designing and problem solving, amongst students required to extend their career growth.

The department of ECE has various Center of Excellences (CoEs) that aims to establish a specialized facility focused on the effective and efficient use of technology for various engineering and scientific applications.

COE-IoT aims to provide students the understanding of innovative applications and domain capability across verticals such as smart city, smart health, smart manufacturing, smart agriculture, etc. The primary objectives of the IoT CoE are:

  • Facilitate collaboration with other CoEs, departments, and external entities.
  • Host knowledge-sharing sessions, workshops, and seminars on IoT-related topics.
  • Provide training programs and resources to enhance the IoT skills of team members.
  • Encourage innovation in IoT applications for solving complex engineering challenges.

COE-RF Circuits and Antenna Simulation aim to provide students with practical experience and understanding in the design, analysis, and simulation of high frequency circuits. The learning objectives are as follows:

  • Gain knowledge about the key components used in RF circuits, such as antenna, amplifiers, filters, mixers, and oscillators.
  • Use simulation tools to model and analyze the performance of antennas in different scenarios. This may include optimizing antenna parameters for specific applications.
  • Understand the fundamental principles of antennas, including types, radiation patterns, and impedance matching. Explore the design and analysis of basic antenna structures.

Drone Technology

  • To encourage the students to gain knowledge and work for the application in aerial photography, agriculture, plant protection, micro selfie, express transportation, disaster rescue, wildlife observation, monitoring infectious diseases, mapping, news reporting, power inspection.

HAM Radio

  • Amateur radio, also known as HAM radio, is the use of the radio frequencyspectrum for purposes of non-commercial exchange of messages, Learning and practicing ham radio skills can be intellectually stimulating. It involves understanding radio equipment, antennas, propagation, and communication protocols. Ham radio provides fast and reliable communication during emergencies.

Intake

Course Name Branch Name Status of NBA Accreditation Approved Intake
B.Tech Electronics and Communication Engineering NBA Accredited 180
B.Tech Electronics & Communication (Advanced Communication Technology) NBA- Not Eligible 60
B.Tech Electronics Engineering (VLSI Design and Technology) NBA- Not Eligible 60

Fee Structure

Course Name Fee Details
B.Tech in Electronics and Communication Engineering