B.E. Electronics & Communication Engineering

Design, development and maintenance of communication systems, electronic equipment and devices

Duration: 4 Years – 8 Semester Programme

Intake: 30 (18 Management · 12 KEA)

Teaching Faculty

Gallery

4 Years

8 Semester Programme

30 Seats

Annual Intake Capacity

Since 1984

Established Legacy

Fees: ₹.78,000/-

Fees per Year

AICTE Approved

Approved / Recognised

Course Curriculum

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Programme Overview

Electronics and Communication Engineering (E&CE) is a branch of engineering that deals with the design, development, and maintenance of communication systems, electronic equipment, and devices. This field combines principles from both electrical engineering and computer science to design and develop various types of communication systems.

ECE courses typically cover circuit analysis, digital electronics, communication systems, signal processing, and microprocessors. Students also learn programming languages, software design, and computer networks.

Specialised areas include Telecommunications Engineering, Digital Signal Processing, Analog and Digital Electronics, Control Systems, and VLSI Design — preparing graduates for roles across electronics, communications, embedded systems, and related industries.

Eligibility

PUC / Intermediate from any state or recognised board, or 12th Class from any recognised board, with a minimum of 45% marks in aggregate.
Should have studied Physics, Chemistry and Mathematics (or Computer Science / Biology / Electronics / Allied subjects) at this level.
Having cleared the Entrance test held by State Government (Govt. Quota) and KRLMPCA (management quota).

Intake: 30 seats (18 Management · 12 KEA) · Fees: Rs. 78,000/- per year. Please refer to the official admission notification for the academic year for exact cut-offs and reservation details.

Academic Excellence & Infrastructure

State-of-the-art computational facilities, high-speed fiber connectivity, and industry certifications

Core ECE Strength

Well-equipped computer labs for programming, networking, databases, and project work.

Well-Equipped Labs

Laboratories supporting analog/digital electronics, communication systems, and embedded applications.

Advanced VLSI & Embedded Systems Lab

Equipped with industry-standard EDA tools and FPGA prototyping hardware for custom integrated circuit modeling and micro-controller programming.

Industrial Collaborations & Workshops

Active tie-ups with electronics industries to deliver expert guest lectures, hands-on PCB design bootcamps, and technical certification courses.

Signal Processing & Communication Lab

Advanced testing setups for investigating RF signals, microwave propagation, optical communication links, digital filtering, and spectrum analysis.

Legacy Since 1984

Decades of teaching experience in electronics and communication engineering education.

Career Pathways & Opportunities

Explore versatile career trajectories across core electronics, semiconductor, and IT sectors

Semiconductor & VLSI Design

Work as RTL designers, physical design engineers, and verification specialists in semiconductor companies like Intel, Qualcomm, and Texas Instruments.

Software Engineering & IT Development

Transition into high-paying software engineering, data analytics, and full-stack development roles in global technology consultancies.

Embedded Systems & IoT Engineering

Develop firmware, automotive electronic control units (ECUs), smart home appliances, and medical instrumentation.

PSUs, Defense & Core Research

Qualify for public sector engineering positions at ISRO, DRDO, BEL, BHEL, and BSNL or pursue advanced M.Tech and Ph.D. studies.

Telecommunications & Wireless Networks

Design and manage 5G infrastructure, satellite communications, optical fiber backbones, and network protocols.

Robotics, Automation & AI Hardware

Engineer industrial automation controllers, robotic sensors, edge AI accelerators, and autonomous navigation hardware.