EEE (EV Technology)
Session Starts – August 2027
Duration – 4 Years
Residential Degree Program
The global shift towards electric vehicles is reshaping the automotive and energy industries, creating new opportunities for engineers who can contribute to the development of efficient, intelligent and sustainable mobility solutions. Woxsen University's four-year B.Tech in Electrical & Electronics Engineering (EV Technology) program combines a strong foundation in electrical engineering with specialised learning in electric vehicle technologies, addressing the evolving technical requirements of the automotive and energy sectors.
The four-year academic journey progresses from core engineering principles to advanced applications in electric mobility, enabling students to understand, design, simulate and evaluate electrical and EV systems. Through specialised laboratories, progressive engineering projects, industry-oriented electives and internships, students develop technical competencies, analytical thinking and problem-solving skills while gaining exposure to industry practices and engineering challenges.
With a curriculum aligned to the requirements of the automotive and energy industries, the program prepares graduates to pursue careers across electric vehicle manufacturing, automotive electronics, EV component development, charging infrastructure, energy systems and related engineering sectors..
Specialised EV Technology Curriculum – Integrates core Electrical Engineering with electric vehicle systems, battery technologies, electric drives and charging infrastructure.
AI & Intelligent Engineering Applications – Incorporates Artificial Intelligence, Machine Learning and intelligent systems into electrical engineering and electric mobility applications.
Project-Based Engineering Learning – Progressive conceptual and applicative projects culminating in a two-semester Capstone Project.
Industry Exposure & Practical Training – Laboratory-based learning, industry-oriented skill development and an Industry Internship to apply engineering knowledge in professional settings.
Flexible Career-Focused Learning Tracks – Skill-based electives across Industry, Research, Entrepreneurship and PSU preparation, alongside specialised professional electives.
Semester 01
+| Subject |
|---|
| Computational Thinking and Problem Solving |
| Computational Thinking and Problem Solving Practical |
| Engineering Mathematics - I |
| Design Thinking for Technologists |
| Applied Physics for Next Generation |
| Applied Physics for Next Generation Practical |
| Basic Electrical Engineering |
| Basic Electrical Engineering Practical |
| Environmental Science |
| Experiential Learning Project |
Semester 02
+| Subject |
|---|
| Data Structures and Algorithms with Industry Applications |
| Data Structures and Algorithms with Industry Applications Practical |
| Electronic Devices and Circuits |
| Electronic Devices and Circuits Practical |
| Chemistry for Sustainable Future |
| Chemistry for Sustainable Future Practical |
| Communication Skills for Engineers |
| Communication Skills for Engineers Practical |
| Engineering Mathematics - II |
| Indian Knowledge Systems |
| Societal Internship Project |
Semester 03
+| Subject |
|---|
| Fundamentals of Signals and Systems |
| Electrical Circuit Analysis |
| Foundations of Artificial Intelligence |
| Electrical Machines - I |
| EV Fundamentals and Vehicle Dynamics |
| Industry Integrated Technical Writing |
| Advanced Communication and Logical Thinking |
| Conceptual Project - I |
Semester 04
+| Subject |
|---|
| Electromagnetic Theory |
| Electrical Machines - II |
| Machine Learning and Neural Networks |
| Battery Technology and Battery Management Systems |
| Engineering Systems and Decision Making |
| Conceptual Project - II |
| Language and Critical Thinking |
| Numerical and Personality Refinement |
Semester 05
+| Subject |
|---|
| Power Electronics |
| Control Systems |
| Applicative Project - I |
| Power Systems (Generation & Transmission) |
| Skill-Based Elective - I |
| Foundations of Identity and Communication |
| Sports/Arts/Innovation Clubs |
Semester 06
+| Subject |
|---|
| Electric Drives |
| Applicative Project - II |
| Professional Elective - I |
| Professional Elective - II |
| Skill-Based Elective - II |
| Sports/Arts/Innovation Clubs |
Semester 07
+| Subject |
|---|
| Capstone Project - I |
| Professional Elective - III |
| Open Elective |
| Skill-Based Elective - III |
| Global Elective |
Semester 08
+| Subject |
|---|
| Capstone Project - II |
| Skill-Based Elective - IV |
| Industry Internship |
Electives
+| Professional Electives |
|---|
| IoT Architecture and Applications |
| Power System Protection & Switchgear |
| Microcontrollers and Embedded Systems |
| Electrical Measurements and Sensors |
| Energy Sources for EV |
| Electric Vehicle: Safety and Regulations and Future of EVs |
| Electric and Hybrid Vehicles |
| HVDC Transmission |
| MATLAB for Electrical Engineering Applications |
| EV Powertrain: Traction Machines, Drives and Vehicle Control |
| EV Charging Infrastructure, V2G and Renewable Energy Integration |
| Control Systems Design |
| Open Electives |
|---|
| Computer Vision |
| Natural Language Processing |
| Introduction to Generative AI |
| Energy Auditing and Management |
| Smart Grid Technologies |
| Wind and Solar Energy Systems |
| Global Electives |
|---|
| AI for Business Intelligence |
| Health & Wellness |
| Urban Technology and Sustainable Innovation |
| Technology Innovation and Transformation |
| Entrepreneurship and Venture Development |
| Responsible Leadership |
| Reflecting Self |
| Existential Dialogue |
| Skill-Based Electives |
|---|
| Ideation and Business Model Design |
| Proof of Concept and Technical Feasibility |
| Minimum Viable Product and User Validation |
| Market-Ready Product and Startup Launch |
| Research Foundations and Scientific Inquiry |
| Empirical Research Methods |
| Research Writing, Publishing and IP |
| Industrial Prototyping |
| India: Economy, Society & Development |
| Technical Communication |
| General Studies and Current Affairs |
| Engineering Aptitude |
| Artificial Intelligence for Electrical Mobility |
| PLC, SCADA and Industrial Automation |
| Impact of EVs on Power Grids & Smart Grids |
| Electrical System Design, Estimation and Safety Codes |
Build a strong foundation in electrical and electronics engineering while developing analytical, design and systems-thinking skills to solve engineering challenges.
Explore electric vehicle systems, battery technologies, electric drives and charging infrastructure, understanding their applications in modern electric mobility.
Explore Artificial Intelligence, Machine Learning and intelligent systems, understanding their growing applications in electrical engineering and electric mobility.
Examine environmental sustainability, efficient energy use and renewable energy applications within the broader context of electrical engineering.
Develop an understanding of engineering safety, technical standards and responsible practices essential for electrical and electronic systems.
Apply engineering concepts through laboratory experiments, practical exercises and hands-on activities, developing technical proficiency in electrical and EV systems.
Gain practical exposure to electric mobility, EV manufacturing and renewable energy applications through industry internships and applied engineering learning.
Develop scientific inquiry, research methods and technical investigation skills to explore engineering challenges and evaluate potential solutions.
Explore the process of transforming technical ideas into viable solutions through product development, feasibility assessment and entrepreneurship-oriented learning.
Strengthen technical communication, analytical reasoning and critical thinking to evaluate engineering challenges and communicate solutions effectively.
Connect electrical engineering with computing, electronics, energy systems and other disciplines to develop a broader engineering perspective
Understand the societal impact of technology through environmental studies, community engagement and projects addressing real-world social challenges.
Graduates of the B.Tech program will be able to apply their knowledge for developing novel solutions to the existing real-world problems and can look forward to a wide range of roles in advanced computing and related disciplines including:
Does Woxsen University offer a B.Tech in Electrical & Electronics Engineering (EEE)?
+Yes. Woxsen University offers a four-year B.Tech in Electrical & Electronics Engineering (EV Technology). The program combines core electrical and electronics engineering with specialised learning in electric vehicles, battery technologies, electric drives, power electronics and EV charging systems.
What specialisations are offered in Woxsen University's B.Tech EEE (EV Technology) program?
+EV Technology is the designated specialisation within Woxsen University's B.Tech Electrical & Electronics Engineering program. The curriculum covers electric vehicle systems, battery management, electric drives, power electronics and charging infrastructure, with additional learning opportunities through professional electives
What is the fee structure for B.Tech EEE at Woxsen University?
+The B.Tech EEE (EV Technology) fee structure at Woxsen University includes applicable academic fees and Hostel and Food charges. For detailed fee structure please refer to https://woxsen.edu.in/fsd/b.techecefee.pdf. Woxsen offers both Merit Scholarship & Sports Scholarship for its Electrical and Electronics Engineering program.
Is Woxsen University's B.Tech EEE (EV Technology) a residential program?
+Yes. Woxsen University operates a fully residential campus, and students pursuing Electrical & Electronics Engineering in EV Technology are also expected to reside on campus. The residential environment provides access to academic facilities, laboratories, sports infrastructure and student activities.
What are the placement opportunities for B.Tech EEE students at Woxsen University?
+The B.Tech EEE (EV Technology) program prepares students for career opportunities in electric vehicle engineering, battery management systems, power electronics, automotive electronics, EV charging infrastructure, renewable energy and electrical engineering. The overall B.Tech placements saw the highest of 18 LPA to 24 LPA in 2025 and 2026.
What is the difference between Electrical & Electronics Engineering (EEE) and Electronics & Communication Engineering (ECE)?
+EEE focuses on electrical power, machines and energy systems, while ECE focuses on electronics, communication systems and semiconductor technologies. Woxsen University offers both programs with specialised B.Tech degrees in EEE (EV Technology) and ECE (VLSI Design & Technology), aligned with the electric mobility and semiconductor industries, respectively.
How can students apply for B.Tech Electrical & Electronics Engineering (EEE) at Woxsen University?
+Students can apply for B.Tech EEE (EV Technology) through Woxsen University's official admissions website/ applications.woxsen.edu.in by completing the online application form, providing the required academic details and submitting an accepted entrance examination score. Applicants can also appear for Woxsen's Joint Engineering Entrance Test (W-JEET).
What is the B.Tech EEE (EV Technology) admission process at Woxsen University?
+The admission process includes submitting an application, qualifying through W-JEET or an accepted engineering entrance examination, and attending a Personal Interview. Woxsen accepts examinations such as JEE Mains, AP/TS EAPCET, VITEEE, MHT-CET, CUET and SAT. Final admission is subject to selection and fulfilment of the prescribed academic eligibility criteria.
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*25% seats for admissions are reserved for the students of the State of Telangana under the domicile-based reservation clause mentioned in The Telangana State Private Universities (Establishment and Regulation) Act, 2018.
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