Department of Electrical and Electronics Engineering

The Department of Electrical and Electronics Engineering (EEE) at SSIET focuses on delivering strong technical knowledge in electrical systems, electronics, and modern energy technologies. The program is designed to bridge theoretical fundamentals with practical industry applications. Students gain expertise in areas such as power systems, electrical machines, control systems, and embedded technologies.
The department emphasizes hands-on learning through advanced laboratories, simulationtools, and real-time projects. Industry collaboration, internships, and research initiatives helpstudents stay aligned with emerging technologies such as renewable energy, smart grids,electric vehicles, and automation systems.
Graduates are prepared for diverse careers in power generation, manufacturing, automation,and core engineering industries.

A Legacy of Innovation & Ethics

23+

Years of Excellence

Established in 2003

Since its establishment in 2003, the Department of electrical and electronics engineering has Building a Future of Sustainable Power & Smart Technologies.

The department focuses on creating a strong academic foundation in biological sciences while integrating emerging technologies that drive the biotechnology industry. Over the years, the department has consistently enhanced its teaching methodologies, research capabilities, and laboratory infrastructure to meet the evolving needs of biotechnology education. The academic environment encourages students to explore scientific concepts through hands-on experimentation and research-based learning. Students are trained in advanced laboratory techniques including microbial culture, genetic analysis, biochemical assays, and bioinformatics applications. This approach not only strengthens their scientific understanding but also prepares them for professional roles in biotechnology industries and research institutions.

Advancing Electrical Innovation

Fostering excellence in power systems, renewable energy, automation, and smart grid technologies to meet modern industrial and societal demands.

Integrating Engineering with Technology

Blending electrical fundamentals with emerging domains such as IoT, electric vehicles,embedded systems, and energy analytics.

Developing Industry-Ready Engineers

Equipping students with practical skills in power plants, automation systems, and industrial applications.

Foundation & Purpose

Department Overview

The EEE department focuses on delivering strong fundamentals in electrical engineering while adapting to modern technological advancements. Students are trained in powersystems, electrical machines, control systems, and electronics.
The program emphasizes laboratory-based learning, industrial exposure, and project-basededucation. Students develop solutions in power distribution, automation, and energymanagement.
With a focus on innovation and sustainability, the department prepares graduates for careersin core industries, energy sectors, and research.

Our Vision

To produce competent electrical engineers capable of contributing to technological innovation and sustainable energy solutions.

Our Mission

Deliver quality technical education
Promote research and innovation
Develop industry-ready professionals
Support sustainable and smart engineering solutions

Academic Pathways: Built for Industry 4.0

B.Tech - Electrical and Electronics Engineering

60 Seats available

Core Focus: Electrical Circuits & Networks, Electrical Machines & Drives, Power Systems Engineering, Power Electronics & Converters, Control Systems & Automation, Digital Electronics & Embedded Systems

Outcome: Develop strong technical foundations andpractical expertise to design, analyze, andoptimize electrical and electronic systemsfor real-world applications.

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Advanced EEE Specialization /Industry Track

Flexible Learning Path

Core Focus: A1 & Machine Learning in Power Systems, Renewable Energy Integration & Smart Grid, Electric Vehicles & Battery Management, IoT & Embedded Systems for Automation, Cybersecurity in Industrial Systems, Data Analytics & Digital Twins for Energy Systems

Outcome: Gain advanced skills and industry-readycompetencies to innovate, integrate, andlead sustainable technologies in the eraof Industry 4.0.

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Featuring an AI-Driven, Industry-Aligned Curriculum built for Industry 4.0 through a flexible Choice-Based Credit System (CBCS).

Dedicated Mentorship. Award-Winning Faculty.

Excellence in Teaching & Research Recognition

Our faculty are recognized for their outstanding teaching, cutting-edge research, and contributions to the EEE community.

High-impact Publications

Faculty drive innovation through high-impact publications in reputed international journals and conferences.

Industry-Integrated Learning

Integration of advanced labs, industry collaborations, real-time projects, and hands-on training to solve real-world electrical engineering challenges.

The Innovation Engine: 9 State-of-the-Art Specialized Laboratories

Power Electronics Lab

Design, simulation, and testing of converters. inverters, drives,and advanced power systems.

Electrical Machines Lab

Hands-on training on DC/AC Machines, transformers, and performance evaluation.

Power Systems Lab

Analysis of power systems, flow,
smart grid technologies.

Digital Electronics Lab

Design. implementation. and testing of digital circuits using PLDs, FPGAs, and microcontrollers.

Control Systems Lab

Modeling. simulation, and implementation of control systerns and automation.

Communication Systems Lab

Study of analog, digital communication.and signal Processing

Embedded Systems & IoT Lab

Development of embedded systems, IoT device, and real-time applications.

Renewable Energy Lab

Hands-on training in solar, wind. hybrid systems, and energy storage solutions.

Data Analytics & A1
Applications Lab

Data-driven research using Python,
ML, A1, and visualization

The Innovation Culture:
From Lab to Patent

Discover Phase

Identify real-world challenges in electrical systems and energy technologies. Explore ideas and discover innovative solutions.

Design & Develop Phase

Design, simulate, and prototype intelligent electrical and electronic systems using advanced tools, A1 techniques, and hands-on experimentation.

Protect & Impact Phase

Validate, test, and refine solutions for safety, efficiency, and reliability.
File patents and protect intellectual property.
Deliver impactful solutions that power industries and improve lives.

Industrial-Grade Facilities & Resources

Advanced Computing Systems

300+ High-Performance Systems
Intel Core i7/i9 Processors, 16GB-32GB RAM,512GB SSD / ITB HDD, NVIDIA Dedicated GPUs.

High-speed Internet Connectivity

100 Mbps Dedicated Internet Bandwidth
High-speed, uninterrupted connectivity for seamless research, developmentand collaboration.

Dedicated Cloud /Network Servers

Enterprise-Grade Servers with 10 KVA Online UPS power backup and redundant network connectivity for 24x7 reliability and security.

Fully Licensed Software & Tools

Pre-configured with essential EEE/AI/ML tools,simulation software, IDES, waveform analyzers,EDA tools and more.

Patents

Transforming innovative ideas into intellectual property and advanced electrical engineering solutions for real-world impact.

Highlight: Development of an A1-enabled fault diagnosis system for industrial motors.
Status: Published / Filed in Indian Patent Office, 2024.
Inventor: Dr. Premkumar
Details: A smart, real-time monitoring and diagnostics system integrating machine learning with electrical signals for predictive maintenance and efficiency optimization.

Publications

Publishing research that advancesknowledge and addresses keychallenges in Electrical Engineering and emerging technologies.

Publications in reputed international journals in electrical engineering and power systems.
KEY RESEARCH AREAS:
- Power Systems & Smart Grid
- Power Electronics & Drives
- Signal Processing & IoT
- High Voltage Engineering
- Energy Storage & Battery Management
- A1 & Machine Learning in Power Systems
- Renewable Energ Systems
- Control Systems & Automation
- Electric Machines & Condition Monitoring
- Embedded Systems & VLSI for EEE
- Robotics & Autonomous Systems

Technical Facilities & Digital Integration

Core Equipment Capabilities

High Performance Workstations
Power Electronics & Drives Lab Setup
Control Systems & Automation Setup
Microcontroller & Embedded Systems Kit
IoT & Communication Lab Setup
Electrical Machines & Simulation Tools
Data Acquisition & Analysis Systems

Digital Integration Features

Google Colab Integration

Cloud-based coding, simulation, data analysis & collaborative reporting for seamless learning and experimentation.

GitHub Integration

Version control, collaboration, project hosting & portfolio building for real-world development.

From Campus to Industry Hubs

EEE Foundations
& Core Skills

Strong foundation in circuit theory, electronics,electrical systems, control systems, and
signals.

Digital Tools &Simulation

Hands-on proficiency in simulation & design tools like MATLAB/Simulink, PSCAD, ETAP. LTspice, AutoCAD
Electrical

Industry-Ready Skills

Expertise in power embedded systems, IoT, PLC/SCADA, renewable energy, and
industrial automation
technologies.

Real-World Projects& Innovation

Work on industry-aligned projects, research, and innovation challenges to solve real-world electrical engineering problems.

Industry Exposure
& Career Growth

Internships, industrial visits, mentorship, and placement opportunities with leading companies for a successful engineering career.

100% Mandatory Internships

Foundations (SEM 1-2)

Electrical Circuits & Networks
Engineering Mathematics
Basic Electronics
Electrical Machines Fundamentals
Programming for Engineers

Catalyst (SEM 3)

Mandatory internship
activation for all EEE students
with exposure to:

Power plants & nsubstations
Electrical industries
Automation environments
Renewable energy setups

Application

Hands-on training in:

Power Electronics & Drives
Control Systems & PLC
Embedded Systems & IoT
EV Technology & Battery Systems
Simulation tools (MATLAB, PSCAD, ETAP)

Industry Immersion

Internships and placements with:

Core Electrical Companies
Automation & Robotics Industries
Renewable Energy Firms
Government & PSU sectors

The Immersion Mandate

Integrated industry immersion starting from the 3rd semester for all students.

Tata Power
Company Limited

ABB India Limited

NTPC Limited

Emerson Automation
Solutions

Schneider Electric
India Global Services

Reliance Power Limited

Techno Electric & Engineering Company Limited

Torrent PowerLimited

Syntel Engineering
Limited

Adani
Electricity

Bharat Heavy
Electricals Limited

Power Grid Corporation
of India Limited

Honeywell Technology
solutions

Eaton
India

TMEIC India Private
Limited

Rajdeep Electricals
(India) Limited

Power and Industrial
Solutions Limited

Larsen & Toubro Limited

KEC International
Limited

Hitachi Energy
India Limited

Rockwell Automation
India

Vertiv Energy Private Limited

Kirloskar Electric
Company Limited

Havells India Limited

Danfoss India

Amphenol LTW
India Private Limited

Siemens
Limited

CESC
Limited

GE Vernova
T&D India Limited

Wärtsilä
India Private
Limited

Polycab India
Limited

Crompton Greaves
Consumer Electricals
Limited

Megha Engineering &
Infrastructures Limited

RPG Group —
KPTL

Achievements & Student Life

Academic Excellence

Top University Rankings
GATE & IES Top Performers
ESE Qualified Students
Hackathon Champions
Coding Contest Winners
Research Paper Publicationsin Scopus / IEEE Journals
Patents Filed & Published

Campus Life

A vibrant campus that inspires learning, collaboration and leadership.

Expert Lectures by Industry Leaders
Workshops on PLC, EV, IoT & Power Systems
Hands-on Training in Labs & Substations
Technical Clubs & Peer Learning
Webinars & Guest Talks
Innovation Challenges & Model Competitions
Industrial Visits & Power Plant Exposure

Extracurricular Excellence

Smart India Hackathon Winners
Best Project Awards
National Level Technical Competitions
Robotics & Automation Challenges
Research & Innovation Grants
Poster & Paper Presentations

A Vibrant Ecosystem of Electrical Innovation

Hands-on Learning

State-of-the-art labs, practical sessions and real-world projects to build strong electrical fundamentals.

Projects & Innovation

Project expos and innovative solutions addressing real-world challenges in power, automation, and renewable energy.

Hackathons & Competitions

National & global hackathons that enhance problem-solving, teamwork and reward excellence.

Expert Talks & Interactions

Learn from industry leadersand experts on latest technologies, innovations and career opportunities.

Research & Publications

Encouraging research, publications and innovative ideas that create impact in industry and society.

Career Prospects in Electrical & Electronics Engineering

Biotechnology graduates from SSIET have diverse career opportunities in industries such as pharmaceuticals, healthcare, agriculture, environmental science, and biotechnology research. The knowledge and technical skills acquired during the program enable graduates to pursue

Faculty Expertise in Electrical Engineering

The Department of Biotechnology is supported by a team of experienced faculty members who are actively involved in teaching, research, and innovation. The department maintains a favorable faculty-to-student ratio that allows personalized academic guidance and mentorship. Faculty members regularly publish research papers in reputed international journals and participate in scientific conferences, contributing to the advancement of biotechnology knowledge.
‍
Students benefit from close interaction with faculty mentors who guide them in research projects, technical skill development, and career planning. This mentorship system encourages students to pursue academic excellence, participate in innovation activities, and develop professional competencies required for biotechnology careers.

Admission Guidance

Students interested in pursuing EEE education at SSIET can apply through the Tamil Nadu Engineering Admissions (TNEA) counseling process. 
‍
The department welcomes aspiring students who are passionate about technological innovation.

 With its strong academic foundation, research-oriented and industry connections, the Department of EEE at SSIET provides an ideal platform for students to build successful careers in EEE

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