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Estd. 1995

Department of Electrical Engineering

Powering Sustainable Energy, Smart Grids, Power Electronics & Electric Mobility.

Jagadish Chandra Bose Bhavanhod.ee@kgec.edu.in

82%

Placement

Faculty

Labs

Department Academic Resources:

Department Heritage & Overview

Department of Department of Electrical Engineering

Housed in the newly constructed Jagadish Chandra Bose Bhavan, the Department of Electrical Engineering combines core electromagnetic theory with modern renewable energy integration, smart microgrids, and electric vehicle powertrain engineering.

Intake & Admissions:The department admits 73 AICTE-approved students for B.Tech in Electrical Engineering and 18 students for M.Tech in Electrical Power Systems.

AICTE Approved & MAKAUT Affiliated

Foundations

Uncompromising grounding in core mathematical and algorithmic computing fundamentals.

Cross-Sectional

Bridging computing sciences with cloud architectures, AI models, and interdisciplinary domains.

Transformational

Empowering scholars with solution-driven mindsets, ethical leadership, and industry capstones.

Academic Leadership

From the Head of the Department

Prof. (Dr.) Provas Kumar Roy

Professor & Head of Department

EE, KGEC

“Housed in the newly constructed Jagadish Chandra Bose Bhavan, the Department of Electrical Engineering combines foundational machine theory with state-of-the-art power electronics, renewable grid integration, electric vehicle powertrains, and smart automation systems.”

The department remains committed to producing technically proficient, ethically grounded, and socially responsible engineering professionals.

Official Department Desk Contact HOD

Department Snapshot

Established:1995

Category:ENGINEERING

Affiliation:MAKAUT West Bengal

Approval:AICTE New Delhi

Location:Jagadish Chandra Bose Bhavan

Email:hod.ee@kgec.edu.in

Core Principles

Vision & Mission

Department Vision

“Pioneering smart grid, renewable energy, and industrial control systems.”

Department Mission

1Deliver comprehensive education in power systems, electrical machines, and automation.

Academic Framework

Degree Programs & Outcomes

UG73 Seats

B.Tech in Electrical Engineering

4 Years • 8 Semesters

Admission: WBJEE / JEE Main

PG18 Seats

M.Tech in Power Systems

2 Years • 4 Semesters

Admission: GATE / PGET

Program Educational Objectives (PEOs)

PEO-1: Establish successful careers in electrical power utilities, renewable energy enterprises, electric mobility, and automation sectors.

PEO-2: Analyze, simulate, and design modern electrical machines, power electronic converters, and smart grid automation systems.

PEO-3: Demonstrate multidisciplinary collaborative skills, environmental consciousness, and professional engineering ethics.

PEO-4: Pursue advanced research and innovation in electric vehicle powertrains, microgrids, and high-voltage engineering.

Program Specific Outcomes (PSOs)

PSO-1: Model, simulate, and operate heavy electrical machinery, generation systems, and high-voltage transmission networks.

PSO-2: Design power electronic converters, industrial variable frequency drives, and battery management systems for EVs.

PSO-3: Implement SCADA, PLC ladder logic, and IoT sensor arrays for industrial grid automation.

Official Academic Downloads & Documents

Curriculum Breadth

Core & Modern Subjects

Foundational Core Curriculum

1Electric Circuits & Network Theory

2Electrical Machines I & II

3Power Systems Generation, Transmission & Distribution

4Power Electronics & Industrial Drives

5Control Systems & Automation

6Measurements & Instrumentation

7Power System Protection & Switchgear

8Renewable Energy & Microgrids

Advanced Electives & Emerging Technologies

EVEV Powertrains & Battery Mgmt

BMS, BLDC motor drives & EV charging

GridSmart Grid & SCADA

PMUs, IoT meters, Wide Area Monitoring

HVDCFACTS & HVDC Transmission

STATCOM, SVC & grid stability controls

PLCIndustrial Automation & PLC

Ladder logic, SCADA, Siemens PLC

Practical & Research Infrastructure

Laboratories & Technical Infrastructure

Undergraduate (B.Tech) Practical Laboratories

Foundational Core

Dedicated semester laboratories structured around the MAKAUT B.Tech curriculum, featuring hands-on experimentation benches, hardware workstations, and continuous practical assessment rigs.

Postgraduate (M.Tech) & Research Centers

Advanced R&D

High-end research facilities housing EDA simulation suites, high-density GPU accelerators, specialized testbenches, and postgraduate dissertation simulation testbeds for M.Tech & Ph.D. scholars.