B-Tech in Electronics & Communication Engineering

VISAT Institute of Science & Technology

ECE

Admissions Open for B.Tech in Electronics & Communication Engineering

Step into the future of intelligent systems with VISAT’s Electronics & Communication Engineering program. Explore cutting-edge domains including embedded systems, VLSI design, communication networks, IoT, signal processing, robotics, and smart electronics. Learn through industry-driven projects, high-end laboratories, and hands-on hardware–software integration that prepare you for tomorrow’s tech innovation.

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About School of ECE

Electronics & Communication Engineering (ECE) drives innovation across telecommunications, embedded systems, semiconductor technology, automation, robotics, IoT, and cutting-edge communication networks such as 5G and beyond.

At VISAT, the Department of ECE is committed to shaping industry-ready engineers equipped with strong theoretical foundations, advanced lab exposure, hands-on project experience, and training in modern software tools used in real-world electronics and communication systems.

Expert Faculty in Core ECE Domains

The department is powered by experienced faculty specializing in communication systems, VLSI design, embedded systems, digital electronics, signal processing, wireless networks, microwave engineering, and IoT technologies.

Industry-Driven Curriculum

Students receive training in embedded design, communication engineering, VLSI, IoT, DSP, microcontrollers, PCB design, and wireless communication—aligned with global electronics and telecom industry standards.

Advanced Laboratories & Innovation Spaces

ECE facilities include Digital Electronics Lab, Analog Circuits Lab, Communication Engineering Lab, Microprocessor & Microcontroller Lab, VLSI Design Lab, DSP Lab, PCB Fabrication Lab, and IoT & Embedded Systems Lab—ensuring deep practical understanding.

Modern Teaching & Research Approaches

Workshops, hands-on hardware sessions, AI & IoT projects, industrial training, hackathons, guest lectures, and real-time communication experiments provide modern engineering exposure.

Strong Industry–Academia Collaborations

Partnerships with electronics manufacturers, telecom companies, PCB industries, embedded system firms, and IoT solution providers enhance internships, skill development, and placement opportunities.

Research & Innovation Opportunities

Students take part in research related to embedded systems, VLSI design, IoT-based monitoring, wireless communication, signal processing, sensor networks, and automation technologies.

Holistic Engineering Skill Development

Students strengthen analytical thinking, circuit debugging, teamwork, leadership, project management, and creative problem-solving skills essential for electronics engineers.

Ethical, Safe & Responsible Engineering Practices

The department promotes professional ethics, safety awareness in electronic systems, sustainable engineering, and regulatory compliance in communication technologies.

Vision

To become a hub of excellence in Electronics & Communication Engineering by fostering innovation, research, and producing highly skilled engineers who contribute to advancements in electronics, communication, and digital technologies.

Mission

To deliver strong technical education in electronics and communication, encourage innovation, enhance hands-on engineering practice, build industry collaborations, and prepare graduates for careers in telecom, embedded systems, semiconductor design, automation, and emerging technology sectors.

COURSES & SPECIALISATIONS

Core Programs

Add-On Programs

Core Programs – Electronics & Communication Engineering

B.Tech in Electronics & Communication Engineering

Programme Outcomes

Explore the essential outcomes designed to shape you into a skilled and industry-ready electronics and communication engineer. These outcomes reflect the technical, analytical, ethical, and professional competencies you will develop throughout the ECE programme.

Strong Foundation in Core Electronics & Communication Concepts

Design & Development of Electronic and Communication Systems

Analytical Thinking & Real-Time Problem Solving

Embedded Systems, VLSI & Communication Technology Proficiency

Use of Modern EDA Tools, Simulation Software & Test Equipment

Ethics, Safety & Responsible Engineering Practice

Placement Records

16 LPA Highest Package

Top-performing students achieve lucrative roles through competitive recruitment drives.

3.6 LPA Average Package

Consistent placement performance with steady growth across all departments.

500+ Hiring Partners

Strong recruiter network offering opportunities across IT, core engineering, and emerging domains.

Trust in the Process

Every learner chooses us with confidence—thanks to our transparent training, real projects, and proven career outcomes.

Industry Collaborations

Strategic partnerships with leading companies, enabling students to access internships, projects, and recruitment pipelines.

100% Placement Guarantee

A dedicated placement ecosystem ensuring every eligible student secures a career opportunity.

Electronics & Communication – Curriculum Structure

Programming in C (KTU) 🔗 Basics of Civil & Mechanical Engineering (KTU) 🔗 Basics of Electrical and Electronics Engineering (KTU) 🔗 Life Skills (KTU) 🔗 Professional Communication (KTU) 🔗 Linear Algebra and Calculus (KTU) 🔗 Engineering Chemistry Lab (KTU) 🔗

Engineering Chemistry (KTU) 🔗 Civil & Mechanical Workshop (KTU) 🔗 Electrical & Electronics Workshop (KTU) 🔗 Engineering Mechanics (KTU) 🔗 Engineering Graphics (KTU) 🔗 Vector Calculus, Differential Equations & Transforms (KTU) 🔗 Engineering Physics Lab (KTU) 🔗 Engineering Physics B (Non-Circuit Branches) (KTU) 🔗

B.Tech Academic Calendar – S4 / S6 / S8 (KTU) 🔗

B.Tech Academic Calendar – S3 / S5 / S7 (KTU) 🔗

General Academic Calendar (Latest) 🔗 Academic Calendar – Aug 2023 to Jan 2024 🔗

Meet Our Faculties – Electronics & Communication Engineering

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Dr. Nimmy John T

HOD, ECE

Mrs. Anjana G

Assistant Professor

Mrs. Hima K

Assistant Professor

Mrs. Jayalakshmi K J

Assistant Professor

Mr. Rahul K R

Assistant Professor

Ms. Naeema Nazar

Assistant Professor

Mrs. Tinu Baby

Assistant Professor

Mrs. Shibina J S

Assistant Professor

ECE laboratories

Communication Lab

The Communication Lab provides hands-on experience with digital modulation and demodulation techniques, signal measurement, and waveform analysis. Students learn to operate communication equipment, analyze system behavior, and design components used in modern digital communication systems.

Modulation

Signal Analysis

Digital Systems

Electronic Circuits Lab

This lab is equipped with CROs, digital oscilloscopes, RPS units, function generators, and analog/digital meters. Students gain hands-on experience analyzing and testing electronic circuits, enabling them to understand practical behavior of fundamental circuit components and systems.

Circuit Testing

Instrumentation

Waveform Analysis

Robotics Lab

The Robotics Lab provides practical training in industrial robot operation, programming, and automation. Students learn assembly, testing, control techniques, and develop robotics projects aimed at solving real-world industrial challenges while fostering innovation and research.

Automation

Robot Programming

Industrial Skills

Logic System Design Lab

The Logic System Design Lab helps students understand digital logic circuits, hardware interfaces, and embedded systems. Through hands-on experiments, learners design and test microcontroller-based applications ranging from data acquisition to communication systems.

Digital Logic

Embedded Systems

Hardware Design