Electric Vehicle Technology Program 

The Electric Vehicle Technology Program is an industry-ready skill development initiative designed exclusively for B.Tech students. The program bridges the gap between academic learning and real-world EV applications through structured online sessions and intensive hands-on training using industry-grade equipment at ITI and partner labs.

Why Choose This Course?

• Rapid growth of the electric vehicle industry in India and globally  

• High demand for engineers with practical EV system knowledge  

• Exposure to real EV components and diagnostic tools  

• Hands-on training beyond regular B.Tech curriculum  

• Industry-aligned skills that improve employability

Eligibility

• B.Tech students (Mechanical / Electrical / EEE / ECE / Automobile / Mechatronics)  

• Diploma students with strong interest in EV technology (optional)  

• No prior EV experience required

Course Modules

• Introduction to Electric Vehicles and Industry Overview  

• EV Architecture and Powertrain Systems  

• Battery Packs, Battery Management Systems (BMS)  

• Electric Motors and Motor Controllers  

• Charging Systems and Safety Standards  

• EV Diagnostics, Testing, and Fault Analysis  

• Practical sessions on real EV components

Mode & Duration 

• Duration: 45 Days  

• Mode: Hybrid  

  – Online sessions for theory and concepts  

  – Offline practical training on industry-grade machines at ITI facilities

Certification

Participants will receive a joint skill training certificate from the Institute and ITI upon successful completion of the program.

Key Learning Areas

• Core concepts related to the specific skill program 

• Practical exposure to industry-grade systems and tools 

• Basic operation, testing, and troubleshooting 

• Safety practices and real-world workflows 

Learning Outcomes

After completing the program, students will be able to:

• Apply theoretical knowledge to real industrial systems 

• Understand practical workflows and industry practices 

• Demonstrate hands-on competence in the selected skill area 

• Improve employability and industry readiness 

Key Learning Areas

• Core concepts related to the specific skill program 

• Practical exposure to industry-grade systems and tools 

• Basic operation, testing, and troubleshooting 

• Safety practices and real-world workflows 

Learning Outcomes

After completing the program, students will be able to:

• Apply theoretical knowledge to real industrial systems 

• Understand practical workflows and industry practices 

• Demonstrate hands-on competence in the selected skill area 

• Improve employability and industry readiness 

Program Fee

 Course Fee: To be announced  

Special institutional / group enrollment discounts available

Career Advantage

This program enhances readiness for roles in product design, prototyping, digital manufacturing, R&D labs, and Industry 4.0-driven manufacturing environments.