Department & Curriculum

Electrical & Electronics Engineering

Smart grids, renewable energy systems, power electronics, electric vehicles, and industrial automation.

Degree Awarded B.E. in Electrical & Electronics Engineering
Duration 4 Years (8 Semesters)
Affiliation VTU, Belagavi
Approval AICTE, New Delhi
01 / Program Overview

About the Department

The Department of Electrical & Electronics Engineering (EEE) prepares students to engineer sustainable power systems, renewable energy microgrids, electric vehicle drivetrains, and industrial automation networks.

Department Vision

To produce innovative Electrical & Electronics Engineers driving sustainable energy transition and smart automation.

Department Mission

  • M1: Impart strong fundamentals in power systems, electrical machines, and modern control engineering.
  • M2: Advance applied research in solar/wind microgrids, power electronics, and EV technology.
  • M3: Inculcate high safety standards, professional ethics, and environmental stewardship.
02 / Key Differentiators

Why Choose Electrical & Electronics Engineering?

01

Renewable Energy Research Centre

Live campus solar PV installations and smart-grid monitoring testbeds.

02

EV & Power Electronics Focus

Hands-on training in solid-state motor drives and battery management systems.

03

Core Industry & PSU Readiness

Rigorous preparation for GATE, KPTCL/MESCOM, and core automation firms.

03 / Academic Structure

Core Curriculum Highlights

DC Machines, Transformers & Asynchronous Motors
Power System Analysis, Protection & Switchgear
Power Electronics & Industrial Drives
Linear & Digital Control Systems
PLC, SCADA & Industrial Automation
Renewable Energy & Smart Grid Technology
Electric Vehicle Architecture & Energy Storage
04 / Practical Facilities

Infrastructure & Laboratories

Heavy Engineering

Electrical Machines & High Voltage Lab

Industrial motor-generator sets, transformers, and dielectric test benches.

Power Conversion

Power Electronics & Drives Lab

Thyristor/IGBT converters, inverters, and DSP-controlled motor drives.

Simulation

Power System Simulation & Relay Lab

MiPower/MATLAB simulation suites and microprocessor-based protective relays.

Begin Your Engineering Journey

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