Explore Detailed Syllabus & Subjects VIEW COURSE CURRICULUM PDF
This COE aims at providing knowledge of basic concepts of Robotic Process Automation to students. It further builds on these concepts and introduces key RPA Design and Development strategies and methodologies specifically in context of UiPath products.
Altium Designer System Engineering (SE) is a fully-featured editor for schematics that includes powerful collaboration capabilities and a rich set of schematic capture tools to quickly create, edit, simulate, and document schematics.
The Centre of Excellence by KPIT Technologies for the Embedded Systems Lab provides advanced industry-oriented infrastructure, tools, and training to equip students with practical skills in automotive-grade embedded system design and development.
State-of-the-Art Labs
1. Certifications
2. Research Publication: 1 per semester
3. Several Internship Opportunity with Core companies
Highest Package Offered
The department of ECE at CU, fulfils the requirement of acquisition of various skills by well-designed curriculum, taking into consideration global problems. The Department focuses on developing students’ practical skills, communication skills, awareness and competence to use information technology, team management and teamwork, understanding of human, social and business spheres, and ability to recognize and appreciate ethical standards. We offer specialized knowledge in the field of Communications, Signal processing, VLSI and Nanotechnology. Teaching methodology at Department of ECE ensures a perfect balance of theory and practical learning throughout the four years of course. The Program, M.E in ECE was started in 2012 under the University Institute of Engineering, Department of Electronics & Communication Engineering, Chandigarh University.
The UIE facilitates students with an intellectually stimulating environment and course curriculum widely spread over practical training, project work, expert lectures, and more. While theory gives you an opportunity to understand the intricacies of the subject, the well-equipped laboratories provide enriched practical understanding and real-time exposure. Teaching methodology at Department of ECE ensures a perfect balance of theory and practical learning throughout the four years of course. To impart high competency in the students, the curriculum offers distinct ability enhancement and value-added courses.
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Research Areas |
Faculty Associated |
Available Tools @ ECE |
|---|---|---|
|
RF, Antennas & Sensor Networks |
Dr. Bimal Raj Dutta |
MATLAB, QualNet 6.1, Microstrip RF training kit, CST Microwave Suite |
|
Dr. Kuldip Kumar Pahwa |
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|
Dr. Rajpreet Singh |
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Dr. Harbinder Singh |
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Ms. Kritika Raj Sharma |
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Wireless, Mobile & Optical Communication |
Dr. Ashutosh Tripathi |
ESA-L 9 KHz- 1.S GHz Spectrum Analyzer , OptiSim software, MATLAB, Mobile Phone Communication Training Module, Optical Splicer |
|
Dr. Rajan Sharma |
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Dr. Harmeet Singh |
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Dr. Sudhir Kumar Mishra |
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Dr. Prabhjot Singh |
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Dr. Katyayani Kashyap |
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Dr. Harjeevan Singh |
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Embedded Systems & Robotics |
Dr. Sukhpreet Singh |
Software Flow Code V4 (for PIC, AVR, ARM, DsPIC), Zigbee Training Module, NI LabView, 3D printer |
|
Dr. Divneet Singh |
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|
Ms. Rana Gill |
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Dr. Prashant Upadhyay |
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Machine Vision & Signal Processing |
Dr. B Priestly Shan |
MATLAB, ESA-L 9 KHz- 1.S GHz Spectrum Analyzer, QualNet 6.1 |
|
Dr. Jeba Shiney O |
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Dr. Nitin Sharma |
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Dr. Bhawna Goyal |
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Dr. Prashant Upadhyay |
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Microelectronics, Nano-Technology & IC Design |
Dr. Tripti Sharma |
Xilinx ISE system edition 13.4, Xilinx Vivado, Cadence EDA Tool, XRD, SEM, COMSOL Multi-Physics |
|
Dr. Manish Deshwal |
||
|
Dr. Yogendra Kumar Upadhyay |
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|
Ms. Saumya Srivastava |
|
Name of Faculty |
Name of Sponsored Research |
Sponsored by |
Approx. Estimation |
|---|---|---|---|
|
Dr. B. S. Sohi (PI) Divneet Singh Kapoor (CO-PI) |
Portable Laboratory Workbench for Learning and Prototyping |
SEED/TIASN -DST |
Rs. 36,31,526/- |
|
Ms. Rana Gill |
Developing Low Cost Smart Crop Monitoring System Using Wireless Sensor for tomato cultivation |
DST |
Rs. 30, 69,990/- |
|
Dr B. Priestly Shan |
Chandigarh University Satellite (CUSAT) to support Education/Training/Multidisciplinary Research & Developmental Projects and initiatives focused on student Satellites |
In collaboration with TSC technologies Pvt. Ltd. & ISRO/IN-SPACE (seed money from university) |
Rs. 63, 00,000/- |
The course roadmap below will help you in planning your academics and
give you an overview
of each upcoming semester.
Some of the many career options for you to choose from.
The rapid evolution of Electronics Engineering continues to be a key driver of the global Information Technology revolution. Its deep integration has transformed sectors such as healthcare, automation, communication, remote sensing, artificial intelligence, and advanced signal processing.
The Electronics & Communication sector in India, which was estimated at around USD 58 billion (2024), is now projected to grow aggressively to USD 300–400 billion by 2030, fueled by advancements in IoT, 5G/6G technologies, semiconductor manufacturing, embedded systems, and smart infrastructure. The industry is expected to maintain a strong growth rate of 10–12% annually, creating vast opportunities for skilled engineers.
With increasing investments, government initiatives like Make in India, and rising global demand, the future of Electronics and Communication Engineering remains highly promising, offering diverse career opportunities in both core engineering and emerging technology domains.
Top companies recruiting Electronics and Communication Engineers are as follows:
Electronics Engineering continues to drive the IT revolution, impacting sectors like healthcare, automation, and communication. The Electronics & Communication market in India, which was about USD 29 billion (2022), is projected to grow to USD 300–400 billion by 2030, supported by technologies such as IoT, 5G/6G, AI, and semiconductor manufacturing. With an expected annual growth rate of 10–12%, the sector offers strong future opportunities in innovation, employment, and global technology leadership.
The Department of Electronics and Communication Engineering (ECE) at Chandigarh University (CU) has created a rich legacy of alumni, who have excelled in various fields of electronics and communication– ranging from academics to project management.
Our teaching methodologies ensure a perfect blend of theory and practical learning throughout the course of study. The department houses eleven state-of-the-art laboratories that are equipped with the latest tools and software for enriching the practical experience of students.
Early bird scholarship to the Master of Engineering Programs as per following conditions:
Studying Electronics & Communication Engineering at CU will help you gain hands-on skills on use of electronic, electromagnetic and photonic devices and systems including telephone, optical fibre and computer systems. From core competency in the areas of the field –to- all round development beyond academics, you will be taught and groomed for everything. The Department offer the Students:
To achieve excellence in futuristic technologies of Electronics and Communication Engineering to meet the global standards in education, research, and industrial applications for creating young professionals and entrepreneurs with strong social ethical values for betterment of society.
The Mission of the Department of Electronics and Communication Engineering is to:
*Only Private University in Punjab to offer NBA Accredited Engineering Programs