Power The Future With
Sustainable Energy
Committed to academic excellence and research since 2006 — the Department of Electrical & Electronics Engineering at Tulas Institute covers power systems, power electronics, automation, VLSI, control systems, electric vehicles, renewable energy, and smart grids.
NBA Accredited
Where Power
Meets Innovation
The Department of Electrical & Electronics Engineering (EEE) at Tulas Institute, established in 2006, is committed to academic excellence, research, and innovation.
The EEE programme focuses on cutting-edge technologies and industry-driven learning across Power Systems, Power Electronics, Automation, VLSI, Control Systems, Electric Vehicles, Efficient Machines, Renewable Energy, Smart Grids, and IoT networks. With an emphasis on sustainability and energy efficiency, students gain hands-on experience in modern electrical systems, automation technologies, and emerging energy solutions through state-of-the-art laboratories, research facilities, and industry collaborations.
"Power the future with innovation, sustainability, and technology — through a B.Tech in Electrical & Electronics Engineering."
| Course | Duration | Eligibility |
|---|---|---|
| B.Tech | 4 Years | Passed 10+2 with Physics and Mathematics compulsory, plus one of Chemistry / Biology / Computer Science / Engineering Graphics / Business Studies, with at least 45% marks (40% for reserved category). Diploma holders in Engineering also eligible. |
Six Core Areas,
One Energy Core
Every core area is built on strong electrical fundamentals and extended into sustainable and smart energy technologies.
Generation, transmission, and distribution of electrical power.
Power converters, drives, and control system design.
VLSI design fundamentals and industrial automation systems.
EV powertrain systems and efficient electrical machine design.
Solar, wind, and smart grid technologies for a clean energy future.
Connected electrical systems and IoT-enabled monitoring and control.
Engineering
Circuit Theory · Electromagnetic Fields · Electrical Machines · Power Systems Analysis · Control Systems · Engineering Drawing
Sustainable Energy
For A Clean Future
The programme integrates smart grid technologies, electric vehicle systems, and AI-assisted power system monitoring — preparing students for an energy industry that is increasingly clean, connected, and automated.
Year 1
Circuit theory, electromagnetic fields, and foundational electrical engineering concepts.
Year 2
Electrical machines, power systems analysis, and control systems applied to design tasks.
Year 3
Power electronics, automation, and renewable energy systems through live projects and industry collaboration.
Year 4
Specialisation in Smart Grids, EVs, or VLSI, culminating in a capstone project demonstrating industry readiness.
Certifications, Projects
& Industry Exposure
Globally recognised certifications, hands-on labs, and continuous industry exposure that make EEE graduates job-ready across power, automation, and energy sectors.
Program Details
USPs
Committed to academic excellence, research, and innovation since the department's establishment in 2006.
Comprehensive coverage of Power Systems, Power Electronics, Automation, VLSI, Control Systems, EVs, Renewable Energy, and Smart Grids.
Strong emphasis on sustainability and energy efficiency — preparing engineers for a clean and green energy future.
State-of-the-art laboratories, research facilities, and industry collaborations across power and energy sectors.
Hands-on experience in modern electrical systems, automation technologies, and emerging energy solutions.
Career pathways into power generation, renewable energy, industrial automation, smart grids, and electric mobility.
A certification stack — Siemens Automation, Schneider Electric Power Systems, and PLC/SCADA — building industry-ready technical skills.
Association with IIT Kanpur E&ICT Academy adding national credibility to the degree.
Focus on developing responsible engineers capable of addressing global energy challenges sustainably.
Where This B.Tech
Can Take You
From power systems to electric vehicles — an EEE degree opens roles across energy, automation, and mobility industries.
Design, operate, and maintain electrical power generation, transmission, and distribution systems across utilities, energy companies, and industrial plants.
Create electrical schematics, layouts, and specifications for industrial systems, buildings, and infrastructure projects using modern CAD and simulation tools.
Design and implement PLC/SCADA-based industrial automation systems, drives, and control networks for manufacturing and process industries.
Develop and manage solar, wind, and hybrid renewable energy projects — from feasibility and design to commissioning and grid integration.
Design feedback control systems, servo drives, and embedded controllers for robotics, aerospace, and precision industrial applications.
Develop EV powertrain systems, battery management systems, and charging infrastructure for the fast-growing electric mobility sector.
The Leading Recruiters
Trusted by leading organizations across technology, consulting, manufacturing and emerging tech.
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Why Study Electrical & Electronics Engineering
At Tulas Institute
A programme engineered for the modern engineering profession — combining strong fundamentals, industry alignment, and hands-on practice in sustainable energy technologies.
AI-Integrated Learning
Artificial intelligence and machine learning concepts woven into the EEE curriculum — from AI-assisted power monitoring to intelligent energy systems and smart grid analytics.
IIT Kanpur E&ICT Academy
Association bringing premier, nationally recognised certifications and academic credibility to your B.Tech EEE degree.
Industry-Aligned Curriculum
Continuously updated to match real industry trends — smart grids, electric vehicles, renewable energy, industrial automation, and IoT-enabled power systems.
Industry Certifications
AWS, Microsoft, Google, NVIDIA, Oracle, and Python certifications built into the programme — alongside Siemens Automation and PLC/SCADA credentials.
Internship Opportunities
Multiple internship opportunities across the programme and a direct internship-to-placement pathway supported by TCCI.
Innovation & Research Culture
A centre of excellence in EEE teaching, research, and innovation — encouraging students to develop sustainable engineering solutions.
Project-Based Learning
Learn by building — live projects, hackathons, and product development across power systems, EVs, and renewable energy throughout all four years.
Emerging Technology Exposure
Smart grids, electric vehicles, renewable energy integration, industrial automation, and IoT-enabled power monitoring embedded throughout the curriculum.
Placement Readiness Framework
Career development and corporate readiness powered by TCCI — resume building, mock interviews, and dedicated recruiter engagement for EEE roles.