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The Department of Electronics & Communication Engineering (ECE) offers a robust 4‑year
undergraduate curriculum covering foundational and advanced topics such as analogue & digital
electronics, signal processing, VLSI, microprocessors/microcontrollers, microwave & antenna
systems, fiber-optic and wireless communication, IoT, robotics, and more. Modern lab facilities
support hands‑on learning in areas like digital signal processing, communication systems, and
embedded design, continually updated with the latest technology.
Our mission is to cultivate technically proficient, innovative engineers capable of designing and
implementing intelligent systems and communication solutions with ethical responsibility and
environmental sensitivity. With strong ties to industry and professional networks such as IETE
(Institution of Electronics & Telecommunication Engineers), students enjoy mentoring, workshops,
and career-building opportunities
Career Opportunities
Electrical & Communication Engineers feature across a wide spectrum of industries, including telecommunications, semiconductor design, consumer electronics, IT, aerospace, defense, healthcare, robotics, and renewable systems.
Public Sector & Government Opportunities
- PSU, railways, ISRO, BSNL, MTNL, BHEL, ONGC, Defense, and academic/research roles. Recruitment often via GATE/ESE exams.
- Typical roles: Electronics Engineer, Transmission Engineer, Telecom Officer, Network Engineer, Project Engineer, Research Associate, or Assistant Professor.
Private Sector & Core Industry Roles
- VLSI Design Engineer: Integrated circuit design for chip manufacturers and fabless firms, requiring expertise in Verilog/VHDL, ASIC/FPGA design, EDA tools.
- Embedded Systems Engineer / IoT Developer: Developing hardware–software systems for smart devices, automation, automotive, and robotics.
- RF / Communication Engineer: In telecom, satellite, Wi-Fi, 5G/6G networks, optical communications.
- Network / Telecom Planning Engineer: Design and manage network infrastructure for telecom providers or enterprise-level communication systems.
- Robotics / Automation Engineer: Responsible for control systems, sensor integration, embedded design—often collaborating with mechanical teams.
- Electronics Design & Test Engineer: PCB layout, hardware prototyping, validation in aerospace, defense, medical devices, consumer electronics.
- Quality, Test & Field Service Engineer: Focus on hardware reliability, compliance, and support.
- Software Analyst / R&D Software Engineer: Works on algorithm development, signal processing, or data-intensive embedded systems.
Emerging & Advanced Domains
- AI Hardware, Machine Learning Engineers, Data Engineering: Transition from ECE to AI/ML roles leveraging signal processing and systems knowledge; in demand across the fintech, health‑tech, data analytics sectors.
- 6G, THz Communication, Digital Twin & Smart Infrastructure: Research and innovation in next-gen wireless networks, network coding, integrated communication platforms are growing fields.
Why Choose Our ECE Department?
- Cutting-Edge Curriculum blending electronics, communication, signal processing, and IoT with emerging technologies like AI and robotics.
- State-of-the-Art Labs & Industry Collaboration, facilitating internships, projects, and placement support.
- Comprehensive Placement Training: GATE preparation, technical interviews, soft-skills coaching, and specialized certifications.
- Vibrant Learning Ecosystem: Student clubs, technical events, competitions, and innovation-focused activities promoting teamwork and real-world problem-solving.
Major Recruiters
Software &Hardware Industries.