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From zero to your first EV powertrain design: vehicle dynamics, batteries, electric motors, power electronics, and a simulated full vehicle.
8 modules · 48 lessons
Getting started in EV and hybrid technology, vehicle dynamics and powertrain fundamentals, battery technology fundamentals, electric machines and motors, a minor project sizing a complete EV powertrain, power electronics and motor control, charging hybrids and vehicle systems, and a major project modelling a complete vehicle in Simulink.
Hybrid and Electric Vehicle Technology with Ucanly, Level 1 Beginner, takes you from zero to your first EV powertrain design. India is investing enormously in electric mobility through FAME, PLI, and a wave of EV startups and OEMs, and engineers who genuinely understand powertrains, batteries, and vehicle systems are in serious demand. This level is built to make you employable with real design work, not just awareness. You will learn vehicle dynamics and drive cycles, battery chemistry and pack sizing, electric motor types and selection, and power electronics including inverters and field oriented control. In your minor project in week five, you will complete an EV powertrain sizing study for a real vehicle segment, with motor and battery selection, energy and range calculation, and a justified component specification. In your major project in week eight, you will build and simulate a full electric or hybrid vehicle in Simulink over a real drive cycle, with powertrain, battery, and control logic, energy analysis, range prediction, and a live technical defense to Ucanly mentors. Every lab is simulation based, so no student needs physical hardware.
Complete this course to earn a verified Ucanly certificate you can add to your profile, share on LinkedIn, and showcase to employers as proof of the skills you've built.
No, this course requires nothing beyond school level physics and maths, and is open to mechanical, electrical, electronics, automobile, and any engineering graduate.
No, every lab is simulation based using tools like MATLAB and Simulink, so no student needs physical hardware.
Yes, your minor project is a complete EV powertrain sizing study for a real vehicle segment with motor and battery selection, energy and range calculation, and a justified component specification.
A full electric or hybrid vehicle model built and simulated in Simulink over a real drive cycle, with powertrain, battery, and control logic, energy analysis, range prediction, and a live technical defense to Ucanly mentors.