About Electronics and Communication Engineering

Electronics and Communication engineering is a blend of electronics and networking systems to establish convenient channels of communication. The program is designed to shape and develop skilled resources with effective skill sets to navigate the contemporary trends in the digital communication technology. The department has strategically developed the ECE curriculum in such a manner that provides the students with a comprehensive learning exposure. With its AICTE approval, the Electronics and Communication engineering program guarantees students a high quality academic experience. The department’s unique approach to practical training has resulted in the establishment of various laboratories such as the Communication Lab, VLSI Lab, Electronics Circuit Lab, Networks Lab, Digital Electronics Lab, Microprocessor Lab, Electronics System Design Lab, amongst others. The department follows a teaching model which places particular focus in providing solutions to global technology concerns. Our highly trained expert faculties from prominent institutions such as IITs and NITs provide students with the most practically engaging learning experience imparting within them the relevant skills to meet the industrial demands.

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National Applicants

International Applicants

Program Outcomes

Why Study Electronics and Communication Engineering

Career opportunities in electronics and communication have been widening due to the evolving technology and the new streams of innovation. The program is designed to equip students with the vital skills and knowledge essential for navigating the communication industry. The various fields which this program focuses on are- Internet of Things, Networking, Digital Signal Processing, MATLAB, PLC-SCADA amongst other areas. Upon completing this program, students can take up careers in various fields such as:

Electronics Engineer

An ability to understand the fundamental elements of mechanics and electronics, and to practically put them into application.

Network Planning Engineer

An ability to Identify, formulate, review, research and analyse complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.

Electronics and Communications Consultant

An ability to use research-based knowledge and research methods including design of experiments, analysis, interpretation of data, and synthesis of the information to provide valid conclusions.

Customer Support Engineer

An ability to develop the communication skills along with other career oriented skill sets, essential for various career prospects.

Curriculum

Basic Electrical Engineering	Workshop
Information and Communication Technology	Environmental Science
Engineering Graphics	Fundamentals of Programming
Mathematics	Basic Electronics
Engineering Physics	Elements of Mechanical Engineering
Communication Skills - 1	Mathematics-II
	Communication Skills - 2

Electronic Devices	Analog Communication
Electronic Devices Lab	Analog Communication Lab
Digital System Design	Analog Circuits
Digital System Design Lab	Analog Circuits Lab
Network Theory	Microcontrollers
Network Theory Lab	Microcontrollers Lab
Signals and Systems	Control Systems
Signals and Systems Lab	Control Systems Lab
Mathematics II	Probability Theory and Stochastic Processes
Professional Communication Skills-1	Probability Theory and Stochastic Processes Lab
	Professional Communication Skills-2

Electromagnetic Waves	Life Science
Electromagnetic Waves Lab	Biology for Engineers
Computer Architecture	Engineering Geology
Computer Architecture Lab	Landscape Planning and Design
Digital Communication	Fundamentals of Management
Digital Communication Lab	Corporate Social Responsibility
Simulation Design Techniques	Programme Management & Entrepreneurship
	Constitution of India
	Cyber Law & Ethics
	VLS
	VLSI Lab
	Computer Network
	Computer Network Lab
	Digital Signal Processing

Adaptive signal processing	Wavelet Transforms
Speech and Audio Processing	Audio & Video
Error Correcting Codes	Radar & Navigation Systems
Antennas and Propagation	Operations Research
Microwave Theory and Techniques	Digital Image & Video Processing
Mixed Signal Design	Internet of Things
Mobile Communication Networks	High Speed Electronics
Satellite Communication	Wireless Sensor Networks
Fiber Optic Communications	Modern Digital Communication Systems
Embedded Systems	Artificial Intelligence
	Big Data Analysis
	Modern Manufacturing Processes
	Spread Spectrum Techniques

Teaching Scheme

Laboratories

Computer Labs

The faculty is equipped with a total of 15 computer laboratories which are strategically designed to provide students with the most vital practical training exposure.

Research and Development Lab

As a way of promoting research in electronics and communication, a specific laboratory has been reserved for research and development where students can constantly engage in practical