B-Tech in Electrical & Electronics Engineering

VISAT Institute of Science & Technology

EEE

Admissions Open for B.Tech in Electrical & Electronics Engineering

Power the world with innovation through VISAT’s Electrical & Electronics Engineering program. Explore core domains including power systems, electrical machines, control systems, power electronics, renewable energy, electric vehicles (EV), smart grids, and industrial automation. Gain hands-on skills through advanced labs, real-world industrial exposure, and hardware–software integration essential for modern electrical engineering careers.

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About School of EEE

Electrical & Electronics Engineering (EEE) plays a vital role in powering the world—covering power systems, control systems, electrical machines, renewable energy, power electronics, automation, embedded systems, and industrial electrical applications.

At VISAT, the Department of EEE empowers students with strong fundamentals, advanced laboratory training, modern software tools, and hands-on experience in designing, operating, and maintaining electrical, electronic, and automation systems used across global industries.

Highly Qualified & Experienced Faculty

The department is led by skilled faculty specializing in power systems, control systems, electrical machines, power electronics, renewable energy, signal processing, and automation— ensuring strong academic and practical grounding.

Industry-Relevant Curriculum

Students are trained in power generation & distribution, electrical machines, power electronics, PLC & SCADA, industrial drives, renewable energy systems, circuit analysis, and embedded control— aligned with modern energy and automation sectors.

State-of-the-Art Laboratories

EEE offers advanced labs including Electrical Machines Lab, Power Electronics Lab, Circuit Lab, Control Systems Lab, Power System Simulation Lab, Measurements Lab, and PLC/Automation Lab— enabling hands-on experimentation and innovation.

Modern Teaching & Practical Learning Approaches

Industrial visits, substation tours, power plant exposure, hands-on hardware projects, PLC/SCADA training, workshops, robotics activities, and expert sessions enhance practical engineering competence.

Strong Industry–Academia Partnerships

Collaborations with power utilities, automation companies, renewable energy firms, manufacturing industries, and electrical equipment manufacturers foster internships, training, and career readiness.

Research & Innovation Focus

Students engage in research involving smart grids, renewable integration, power quality, electric vehicles, energy auditing, motor control, embedded power systems, and automation technology.

Holistic Technical Skill Development

Students develop strong analytical reasoning, circuit debugging skills, team collaboration, leadership, electrical safety awareness, and project execution capabilities essential for electrical engineers.

Ethics, Safety & Sustainable Engineering

The department instills professional ethics, electrical safety principles, environmental responsibility, energy-efficient practices, and adherence to national and international electrical standards.

Vision

To emerge as a premier centre in Electrical & Electronics Engineering by fostering innovation, research, and developing technically competent, ethical, and industry-ready electrical engineers.

Mission

To provide solid technical education in Electrical & Electronics Engineering, promote hands-on learning, encourage research and innovation, enhance industry partnerships, and prepare graduates for careers in power engineering, automation, renewable energy, manufacturing, and emerging electrical technologies.

COURSES & SPECIALISATIONS

Core Programs

Add-On Programs

Core Programs – Electrical & Electronics Engineering

B.Tech in Electrical & Electronics Engineering

Programme Outcomes

Discover the essential outcomes designed to prepare you as a skilled and industry-ready electrical and electronics engineer. These outcomes reflect the technical expertise, analytical thinking, ethical values, and engineering professionalism gained throughout the EEE programme.

Strong Foundation in Electrical & Electronics Engineering Principles

Design & Development of Electrical, Electronic & Power Systems

Analytical Thinking & Practical Problem Solving in Electrical Engineering

Proficiency in Embedded Systems, Power Electronics & Automation

Mastery of Modern Electrical Tools, Simulation Software & Lab Equipment

Ethical, Safe & Sustainable Electrical Engineering Practices

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.

Electrical & Electronics – Curriculum Structure

Basics of Civil & Mechanical Engineering (KTU) 🔗 Basics of Electrical & Electronics Engineering (KTU) 🔗 Civil & Mechanical Workshop (KTU) 🔗 Programming in C (KTU) 🔗 Electrical & Electronics Workshop (KTU) 🔗 Engineering Graphics (KTU) 🔗 Engineering Mechanics (KTU) 🔗

Engineering Chemistry Lab (KTU) 🔗 Engineering Chemistry (KTU) 🔗 Engineering Physics B (Non-Circuit Branches) (KTU) 🔗 Engineering Physics Lab (KTU) 🔗 Life Skills (KTU) 🔗 Linear Algebra & Calculus (KTU) 🔗 Professional Communication (KTU) 🔗 Vector Calculus, Differential Equations & Transforms (KTU) 🔗 Mathematics for Electrical Science & Physical Science (KTU) 🔗

Electrical & Electronics Engineering – Semester 3 (KTU) 🔗

Electrical & Electronics Engineering – Semester 4 (KTU) 🔗

Electrical & Electronics Engineering – Semester 5 & 6 (KTU) 🔗

Electrical & Electronics Engineering – Semester 7 & 8 (KTU) 🔗

Full Curriculum I–VIII: Electrical & Electronics Engineering (KTU) 🔗 B.Tech Regulations (KTU) 🔗

Meet Our Faculties – Electrical & Electronics Engineering

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Akhil Beshly

HOD, EEE

Mrs. Ammu Willson

Assistant Professor

Sithara Azeez

Assistant Professor

Ms. Deepa Harris

Assistant Professor

Mrs. Dhanya B Nair

Assistant Professor

Mrs. Chippy Venugopal

Assistant Professor

Ms. Veena K S

Lab Instructor

EEE laboratories

Basic Electrical Workshop

The Basic Electrical Workshop introduces students to wiring systems, safety practices, electrical components, and essential troubleshooting skills. This lab lays a strong foundation in core electrical engineering concepts through fully practical training.

Wiring

Safety

Fundamentals

Electrical Machines Laboratory

This lab provides hands-on training with transformers, DC machines, and AC motors. Students evaluate performance characteristics, testing methods, and real-world machine applications essential for power engineering practice.

AC/DC Machines

Transformers

Testing

Control & Simulation Lab

The Control & Simulation Lab trains students in feedback systems, stability analysis, automation, and modeling using tools like MATLAB/Simulink. Learners understand dynamic system behavior and controller design through real-time experiments.

MATLAB

Control Systems

Automation

Power Electronics Lab

Students experiment with various power converters including rectifiers, choppers, inverters, and DC–DC converters. The lab builds strong skills in semiconductor device operation, switching characteristics, and converter control techniques.

Converters

Inverters

Semiconductor Devices

Electrical Measurements Lab

Equipped with multimeters, oscilloscopes, power analyzers, and precision measuring tools, this lab trains students in accurate measurement, calibration, and error analysis crucial for electrical engineering applications.

Instrumentation

Calibration

Analysis