Training Completion
For completing the mentor-led training month and shipping your core project.
Unique verifiable IDExplore the engineering behind electric and hybrid vehicles — from battery packs and motors to the control systems that tie them together — with hands-on design exercises and mentors from the field.
The systems that make an EV move — batteries, motors, control and safety.
How motors and drivetrains deliver power.
Cells, packs and battery management.
Regenerative braking and control logic.
Thermal, safety and range considerations.
A structured route from the very fundamentals to a shipped capstone — built for beginners, paced for real progress.
Real, guided builds that become portfolio proof — every one starts beginner-friendly and steps up. Open one to see what's inside.
Work out how big a battery a vehicle needs to hit a target range. You'll balance cells, weight and cost in a clear calculation. The project where the whole EV suddenly makes sense.
Model how the motor and drivetrain deliver power to the wheels. You'll see how design choices change performance and efficiency. A hands-on intro to what makes an EV move.
Design how the vehicle recovers energy while braking. You'll shape a simple control approach and weigh the safety trade-offs. One of the most satisfying ideas in EV engineering.
Study how a battery pack heats up and plan a way to cool it. You'll see why temperature is make-or-break for an EV. A practical look at keeping packs safe and long-lived.
Compare charging approaches and the trade-offs between them. You'll weigh speed, cost and battery health. A rounded capstone that ties the systems view together.
Everything you need — structured learning, real projects, mentor support and a verifiable certificate.
Learn live, then rewatch any session whenever you need it.
Every video, file and quiz in one place, on your schedule.
Build real, industry-level work you can actually show.
Proof you can show — with a unique, checkable ID.
Never stay stuck — get help over the LMS or chat.
Get yourself interview-ready with real, practical help.
Finish and you don't just walk away with a plain PDF — you earn two certificates: a Training Completion certificate for your training month and an Internship Completion certificate for your internship, each tied to the real work you did and each with a unique ID a recruiter can actually check.
For completing the mentor-led training month and shipping your core project.
Unique verifiable IDFor your month of real, project-based internship work, reviewed by the same mentors.
Unique verifiable ID

Samples — your copies carry your name, Mechanical and a unique ID.
Employers across the industry are actively recruiting people with these skills. These are examples of companies hiring in this field — a signal of demand, not a placement guarantee.


Mahindra
TVS

Pick a plan and get everything you need to go from zero to job-ready.
Everything you need to learn a skill end to end.
Core, plus live mentorship and a free offline workshop.
Real words from students who took this program and walked out with something to show.
“Sizing a battery pack for a target range made the whole EV picture make sense. Brilliant capstone.”
“Mentors from the industry meant real answers, not textbook ones. The regen-braking module was my favourite.”
“Wish it were longer — the content was strong and I wanted more time on thermal management.”
“The hands-on, in-person format is unmatched. I built more in two days than in a whole semester of theory.”
“Mentors who actually work in the field made all the difference — real answers, not textbook ones.”
“Walking out with a project I could actually demo completely changed how my interviews went.”
“The open-stage session gave me my first real experience presenting. Nerve-wracking, and so worth it.”
“Small batch, lots of attention. Nobody got left behind, even the total beginners like me.”
“Genuinely the most practical thing I've done in college. Worth every rupee.”
“Sizing a battery pack for a target range made the whole EV picture make sense. Brilliant capstone.”
“Mentors from the industry meant real answers, not textbook ones. The regen-braking module was my favourite.”
“Wish it were longer — the content was strong and I wanted more time on thermal management.”
“The hands-on, in-person format is unmatched. I built more in two days than in a whole semester of theory.”
“Mentors who actually work in the field made all the difference — real answers, not textbook ones.”
“Walking out with a project I could actually demo completely changed how my interviews went.”
“The open-stage session gave me my first real experience presenting. Nerve-wracking, and so worth it.”
“Small batch, lots of attention. Nobody got left behind, even the total beginners like me.”
“Genuinely the most practical thing I've done in college. Worth every rupee.”
Everything you need to know about the program. Can't find your answer? Reach out to our team.
It's a systems view — you'll touch both the mechanical and electrical sides of an EV, which is how the industry actually works.
Helpful but not required; we cover what you need for the design exercises.
Yes — a verifiable certificate tied to your capstone design.
EV makers and their suppliers are hiring aggressively — the logos shown are examples of employers active in this space.
Yes — bring a laptop and charger. We provide the workspace, Wi-Fi, starter files and all the tools you'll use on the day.
You leave with real, demonstrable projects and a verifiable certificate that make you a stronger candidate. We don't promise a job — no honest program can — but everything is built to help you land one.
Perfect — every program starts from the fundamentals and is paced for beginners. Bring your curiosity and we'll handle the rest.
Grab a seat in Electric Vehicle Design and walk out with a project you can show.