Electrical and Electronics Engineering Department

About Our Department

Distinguished center of learning, research, and innovation in electrical engineering

Our Vision

To make the department into a distinguished center of learning, research, build skilled professionals who drive technological and societal sustainability.

Our Mission

Provide best educational facilities
Adopt modern trends in electrical technology
Develop professional and soft skills
Foster responsible citizenship

Department Excellence

M.E. Power Electronics and Drives since 2002. Faculty actively engaged in research in Power Electronics, Power Systems, and Distributed Generation. AICTE funded MODROBS project.

State-of-the-Art Laboratory Facilities

DC Machines Laboratory

Comprehensive facility for studying DC motors, generators, and their characteristics with modern testing equipment and measurement instruments.

AC Machines Laboratory

Advanced laboratory for AC motor analysis, transformer testing, and synchronous machine studies with precision measurement systems.

Electronics Laboratory

Modern electronics lab with oscilloscopes, function generators, and circuit analysis equipment for analog and digital electronics studies.

Computer Laboratory

100 computers with internet facility and Wi-Fi connectivity for programming, simulation, and software-based electrical engineering applications.

PG Simulation Laboratory

Advanced simulation lab for postgraduate studies with specialized software for power system analysis and electrical machine modeling.

PG Research & Development Lab

Dedicated research facility for postgraduate students and faculty research activities in cutting-edge electrical engineering topics.

Control and Instrumentation Lab (Under Construction)

Upcoming state-of-the-art laboratory for control systems, automation, and instrumentation studies with modern control hardware.

Innovative Teaching & Learning Excellence

Faculty members employ innovative methodologies to ensure attainment of learning objectives

Virtual Learning Management System

Google Classroom and Microsoft Teams for seamless file sharing, assignment distribution, and interactive online learning experiences.

YouTube Channel Learning

Faculty-created YouTube channels with comprehensive video lectures making knowledge accessible anytime, anywhere for enhanced learning.

Virtual Labs

Virtual laboratory environments for theoretical concept understanding with interactive simulations and knowledge testing.

Multimedia Tools

Smart boards, demonstrations, PowerPoint presentations, and educational videos for effective interactive learning.

E-Learning Platforms

NPTEL, Coursera, Udemy, NITTT, and IIT Spoken Tutorial access for enhanced educational quality beyond curriculum.

Industry-Institute Interaction

Bridging theory-practice gap through industrial visits, internships, and real-world application of engineering concepts.

Project-Based Learning

Collaborative problem-solving through working model demonstrations and hardware aspect knowledge development.

Models & Animations

3D models, animations, case studies, and dismantled equipment for enhanced concept visualization and understanding.

Student Seminars

Peer-to-peer learning through student presentations, group discussions, and interactive knowledge sharing sessions.

Flipped Classroom

Student-centered learning with independent study, active participation, and technology-integrated collaborative learning.

Program Educational Objectives (PEOs)

PEO 1: Employment Excellence

Find employment in Core Electrical and Electronics Engineering and service sectors with technical competency.

PEO 2: Leadership Development

Get elevated to technical lead positions and lead organizations competitively in the electrical engineering domain.

PEO 3: Higher Studies & Consultancy

Enter into higher studies leading to post-graduate and research degrees. Become consultant providing practical solutions.

PEO 4: Entrepreneurship

Become an entrepreneur and be part of Electrical and Electronics product and service industries.

Industrial Exposure & Internships

Bridging the gap between theoretical knowledge and practical application

S.No	Industry	Date	Year	Students Participated
1	Papanasam Hydro Power Plant	14.05.2022	II	61
2	Kudankulam Nuclear Power Plant	13.06.2022	II	61
3	Traco Cable Company Limited	27.02.2023	III	50
4	Kerala Agro Machinery Corporation Ltd	28.02.2023	III	50
5	RENOM Energy Services Pvt Ltd	13.03.2024	IV	66

Key Learning Outcomes

Observed pulping, refining, drying, and finishing stages
Learned cogeneration techniques and water recycling
Safety measures and fire control systems
Power systems and automation concepts
PLC and SCADA automation systems
Direct-On-Line (DOL) starter applications

Additional Infrastructure

250 kVA and 110 kVA Diesel-Generator sets
Purified RO drinking water supply
LCD Projectors for classroom instruction
Wi-Fi connectivity throughout department

Program Specific Outcomes (PSOs)

PSO 1: Green Technologies

Impart contemporary technologies in Electrical and Electronics Engineering focusing on Power Quality, Green Energy Technologies, and Smart Grid systems.

PSO 2: Modern Solutions

Prepare students to utilize modern trends in electrical and electronics engineering to solve current and future energy problems effectively.

PSO 3: Professional Excellence

Prepare students to excel in future careers as eminent professionals and adapt to challenging emerging technologies.

Society of Electrical and Electronics Engineers (SEEE)

Established in 1984 - Fostering technical excellence and professional development

Organization Structure

Principal as Patron
HOD as Chairman
Senior Faculty as Treasurer
All students as members

Regular Activities

Technical seminars and workshops
Guest lectures from industry experts
Inter & Intra departmental competitions
GATE coaching classes

Industry Partners

Regular interaction with experts from prestigious organizations:

LPSC/ISRO
KKNPP (Kudankulam)
TANGEDCO

TANTRANSCO
NLC India
DCW Limited

Program Outcomes (POs)

Engineering Graduates will be able to:

PO 1: Engineering Knowledge

Apply knowledge of mathematics, science, and engineering fundamentals to solve complex problems.

PO 2: Problem Analysis

Identify, formulate, and analyze complex engineering problems using first principles.

PO 3: Design/Development

Design solutions with consideration for public health, safety, and environmental factors.

PO 4: Investigation

Use research-based knowledge and methods including design experiments and data analysis.

PO 5: Modern Tool Usage

Select and apply appropriate techniques and modern engineering IT tools.

PO 6: Engineer and Society

Assess societal, health, safety, legal, and cultural issues in engineering practice.

PO 7: Environment & Sustainability

Understand impact of engineering solutions and demonstrate sustainable development knowledge.

PO 8: Ethics

Apply ethical principles and commit to professional ethics in engineering practice.

PO 9: Individual and Team Work

Function effectively as individual and team member/leader in diverse settings.

PO 10: Communication

Communicate effectively on complex engineering activities with community and society.

PO 11: Project Management

Apply engineering and management principles in multidisciplinary environments.

PO 12: Life-long Learning

Engage in independent and life-long learning in the context of technological change.

Government College of Engineering