Welcome to Electrical Engineering Department
The Department of Electrical Engineering at is committed to excellence in electrical engineering education and research. Established in 1995, our department has been at the forefront of producing skilled electrical engineers who contribute significantly to power systems, renewable energy, and industrial automation sectors.
Our curriculum is designed to meet the evolving demands of the electrical industry, with a focus on power generation, transmission, distribution, and utilization. We offer state-of-the-art laboratories, experienced faculty, and industry collaborations to ensure our students receive comprehensive education.
Join us to embark on a journey of innovation, learning, and professional growth in the dynamic field of electrical engineering.
Vision & Mission
Our Vision
To be a center of excellence in Electrical Engineering education, fostering innovation, sustainable energy solutions, and ethical values to produce globally competent electrical engineers who can contribute to power sector development and technological advancement.
Our Mission
- Provide quality education in electrical engineering through industry-relevant curriculum
- Foster research in power systems, renewable energy, and smart grid technologies
- Develop technical and professional skills to meet global standards
- Promote ethical values and innovation in electrical system design
- Establish strong industry-academia collaborations for mutual growth
Our Programs
Diploma in Electrical Engineering
Our 3-year diploma program in Electrical Engineering is designed to provide students with a strong foundation in electrical circuits, power systems, electrical machines, and control systems. The curriculum covers both theoretical concepts and practical applications, preparing students for successful careers in the electrical industry.
Career Opportunities
Detailed Curriculum
Our comprehensive 3-year diploma program covers foundational engineering concepts in the first year and specialized electrical subjects in subsequent years.
Program Structure
The Diploma in Electrical Engineering is a 3-year program divided into 6 semesters. The first year (Semesters 1 & 2) covers common engineering fundamentals, while the remaining semesters focus on specialized electrical subjects.
Subjects:
- English & Communication Skills – I
- Applied Mathematics – I
- Applied Physics – I
- Applied Chemistry – I
- Engineering Graphics – I
- Basic Electrical Engineering
- General Workshop Practice – I
- General Proficiency, Industrial Exposure
Learning Outcomes:
- Develop communication (listening, speaking, reading, writing) skills
- Apply algebra, trigonometry, derivatives to solve engineering problems
- Understand fundamentals of physics and chemistry applied in engineering
- Learn basic electrical concepts, circuits, and components
- Learn to create engineering drawings
- Acquire basic workshop and practical technical skills
Subjects:
- English & Communication Skills – II
- Applied Mathematics – II
- Applied Physics – II
- Applied Chemistry – II
- Environmental Science & Energy Management
- Engineering Graphics – II
- General Workshop Practice – II
- General Proficiency, Industrial Exposure
Learning Outcomes:
- Communicate fluently with improved writing, speaking & listening skills
- Apply integration, differential equations, coordinate geometry, statistics in engineering problems
- Understand laws of physics and chemistry in engineering context
- Acquire awareness of environment, energy use, and sustainability
- Improve drawing and modeling skills
- Apply workshop practices in real-world engineering tasks
| Subject | Learning Outcomes |
|---|---|
| Electrical Circuits & Networks | Analyze DC and AC circuits using network theorems, understand resonance, coupled circuits, and three-phase systems. |
| Electrical Measurements & Instrumentation | Understand principles of electrical measurements, operation of various instruments, transducers, and measurement techniques. |
| Electromagnetic Theory | Comprehend electrostatic fields, magnetostatic fields, electromagnetic induction, and Maxwell's equations. |
| Basic Electronics | Understand semiconductor devices, diodes, transistors, amplifiers, oscillators, and digital electronics fundamentals. |
| Electrical Machines - I | Study construction, operation, and characteristics of DC machines, single-phase transformers, and testing methods. |
| Workshop Practice - I | Gain hands-on experience in electrical wiring, soldering, cable jointing, and basic electrical measurements. |
Subjects:
- Electrical Machines - II
- Power Systems - I
- Control Systems
- Power Electronics
- Electrical Estimation & Costing
- Workshop Practice - II
- Industrial Exposure
Learning Outcomes:
- Understand construction, operation, and testing of AC machines and special machines
- Analyze power generation, transmission, distribution systems, and protection schemes
- Design and analyze control systems for various applications
- Design power electronic converters and understand their applications
- Prepare electrical estimates and costing for domestic and industrial installations
- Gain practical skills in electrical machine testing and maintenance
- Connect theory with real-world industrial practices
| Subject | Learning Outcomes |
|---|---|
| Power Systems - II | Analyze power system stability, load flow, economic operation, and understand HVDC transmission systems. |
| Renewable Energy Systems | Understand solar, wind, biomass, and other renewable energy technologies, their integration with conventional systems. |
| Electrical Drives & Traction | Study various electrical drives, their control, and applications in industrial processes and electric traction. |
| Switchgear & Protection | Understand various switchgear equipment, protection relays, and design protection schemes for electrical systems. |
| Minor Project | Apply knowledge to design and implement an electrical engineering project, from concept to prototype development. |
| Industrial Training | Gain real industry exposure, apply theory in practice, work with power/electrical companies. Build employability skills & professionalism. |
Subjects:
- Smart Grid Technologies
- Industrial Automation & PLC
- Energy Management & Audit
- Electrical Safety & Standards
- Major Project
- Employability Skills
- Industrial Exposure, General Proficiency
Learning Outcomes:
- Understand smart grid components, communication technologies, and modern grid management
- Program and implement PLC-based automation systems for industrial applications
- Conduct energy audits and implement energy conservation measures
- Apply electrical safety standards and practices in electrical installations
- Undertake major projects addressing real-world community/industry needs
- Develop employability skills: communication, teamwork, time management, interview preparation
- Gain industrial exposure and workplace ethics
Student Projects Showcase
Our students have developed innovative projects that demonstrate their technical skills and creativity in electrical engineering.
Smart Energy Monitoring System
IoT-based real-time energy monitoring system with mobile app interface and analytics.
PLC-Based Industrial Automation
Automated control system for industrial processes using programmable logic controllers.
Solar Tracking System
Dual-axis solar tracker with maximum power point tracking for improved efficiency.
Electric Vehicle Charging Station
Design and implementation of smart EV charging station with load management.
Department Timeline & Achievements
Department Established
Electrical Engineering Department was established with an initial intake of 40 students.
Electrical Machines Lab
Advanced electrical machines laboratory established with state-of-the-art equipment.
Power Systems Lab
Dedicated power systems laboratory with simulation software and experimental setups.
Industry Collaboration
MoUs signed with leading power sector companies for student training and internships.
Renewable Energy Focus
Introduced renewable energy systems and smart grid technologies in curriculum.
PLC & Automation Lab
Established industrial automation laboratory with PLCs and SCADA systems.
Smart Grid Lab
Advanced smart grid laboratory with real-time monitoring and control systems.
Our Distinguished Faculty
experience
Dr. Rajesh Kumar
Professor & HOD
Ph.D. Electrical Engineering
18 years experience
Power Systems
Dr. Priya Sharma
Professor
Ph.D. Electrical Machines
15 years experience
Electrical Machines
Mr. Amit Patel
Assistant Professor
M.Tech Power Electronics
10 years experience
Power Electronics
Electrical Engineering Department Facilities
State-of-the-art laboratories and workshops for comprehensive electrical engineering education.
Incharge:
Electrical Machines Lab
Study of DC/AC motors, transformers, generators, and performance testing equipment.
Incharge: Dr. Priya Sharma
Power Systems Lab
Simulations and experiments on power generation, transmission, distribution, and protection systems.
Incharge: Dr. Rajesh Kumar
Control Systems Lab
Practical training on control circuits, sensors, PLC programming, and industrial automation.
Incharge: Mr. Amit Patel
Renewable Energy Lab
Solar panels, wind energy simulators, and energy storage systems for green energy research.
Incharge: Dr. Suresh Kumar
Electrical Workshop
Hands-on training in electrical wiring, panel design, and troubleshooting.
Incharge: Mr. Ramesh Singh
Department Toppers
| Rank | Name | Percentage | Batch |
|---|---|---|---|
| % |