Connecting the Future
The Department of Electronics and Telecommunication Engineering at COEB is at the forefront of the digital revolution. Our curriculum is designed to bridge the gap between theoretical electronics and the rapidly evolving communication landscape.
- 5G & Beyond Tech Research
- Embedded Systems & IoT Integration
- Advanced Signal Processing
- VLSI Design Excellence
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Career Opportunities
Telecom System Engineer
Design and implement large-scale wireless and fiber-optic communication networks.
VLSI Design Engineer
Create next-generation microchips and integrated circuits for the tech industry.
IoT Solutions Architect
Develop end-to-end connected ecosystems for smart automation and monitoring.
Specializations
Focus your studies on these high-demand areas of modern electronics.
VLSI & Embedded
Mastering FPGA, ASIC design, and real-time operating systems.
Digital Communication
Study of advanced modulation techniques, coding theory, and spectral efficiency.
Signal Processing
Applications in audio, image, and biomedical signal analysis.
HOD's Message
"In an era where connectivity is the cornerstone of progress, we empower students to build the networks of tomorrow."
Dr. ETC Head
Professor & HODFaculty Profile
Dr. Alan Grant
Professor (Telecom)
Prof. Linda Mitchell
Associate Professor (VLSI)
Laboratories
VLSI & DSP Lab
High-end workstations with Cadence, Xilinx, and MATLAB for advanced design and simulation.
Microwave & Comm Lab
Spectrum analyzers, DSO, and antenna testing modules for satellite and optical study.
Department Library
Our library features a comprehensive collection of over 3,000 tech volumes, specifically curated for electronics and telecommunications enthusiasts.
- Digital Signal Processing Archive
- Advanced Wireless Journals
- Integrated Circuits Handbooks
Top Alumni
Rajat Mohanty
Batch of 2015
Project Manager at Qualcomm
Deepika Nayak
Batch of 2017
Senior Telecom Analyst at Reliance Jio
PEO's & PO's
Program Educational Objectives (PEOs)
PEO 1: To develop specialists in electronic design and communication technologies.
PEO 2: To enable students to adapt to emerging digital and networking paradigms.
PEO 3: To foster interdisciplinary research and ethical professional practices.
Program Outcomes (POs)
PO 1: Engineering Knowledge: Apply fundamental sciences to electronic circuit design.
PO 2: Investigation: Design and conduct experiments to analyze communication signals.
PO 3: Modern Tool Usage: Proficiency in using advanced EDA and simulation software.