Master of Electric Vehicle Technology Beginner to Advanced | Professional Certification Program
How to Study This Course Effectively
Master of Electric Vehicle Technology Beginner to Advanced | Professional Certification Program
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Module 1 — Introduction
Your starting point into the world of Electric Vehicles. Learn how to study this course effectively, why EV skills matter today, the benefits you'll gain, and how MMI GSA's online program is structured to take you from beginner to job-ready EV technician.
Understand the world of Electric Vehicles from scratch. Learn what a vehicle and an EV are, how they evolved from human and animal-powered transport, the difference between IC and electric vehicles, and the golden line of transportation. Perfect starting point for every EV enthusiast.
Build your core EV knowledge. Explore the history and evolution of electric vehicles, the different types of EVs, how electric motors work (DC and BLDC), and the basics of electrical circuits. This is the technical foundation every EV technician needs.
A complete head-to-head comparison between Electric Vehicles and traditional IC Engine vehicles. Understand how each system works — energy source, transmission, emissions, cost, maintenance, speed, and braking — so you can confidently explain the real advantages of EVs to any customer.
Master the electrical foundation every EV technician needs. This module covers Voltage, Current & Resistance (VIR), Ohm's Law, power formulas, and real-world calculations used in electric vehicles. You'll learn wiring circuits, motor winding resistance, open vs closed circuits, series & parallel connections, lithium cell calculations, EV wiring harness, and Hall sensor circuits — with practical problems that build true diagnostic confidence.
Explore the complete architecture of an electric scooter — from throttle and controller to buck converter and wiring layout. Learn how the 6 core EV components work together, understand E-Rickshaw power systems, and compare Hub vs Mid-Drive setups. This module builds the practical foundation for diagnosing and servicing real electric scooters.
Learn BLDC motors, PMSM motors and Hub
motors used in electric scooters and EVs.
Understand motor working principles,
torque, speed, efficiency and real-world
motor selection for different EV types.
Understand the brain of every EV — the
controller. Learn how motor controllers
work, PWM signals, throttle response,
regenerative braking control and how
to identify and fix controller faults.
Module 9 — Vehicle Control Unit & Communication (VCU/VCC)
Learn how modern EVs communicate
internally. Covers CAN Bus, vehicle
control units, sensor communication,
dashboard signals, instrument cluster
and how all EV systems talk to each other.
Module 10 — Electric Scooter & Light EV Architecture
Complete architecture of electric scooters
and light EVs. Learn chassis design,
component placement, wiring harness,
power distribution, thermal management
and full system integration of a
real electric scooter.
Learn the complete BMS — the guardian
of every EV battery pack. Covers cell
balancing, State of Charge (SOC), State
of Health (SOH), overcharge protection,
temperature monitoring and BMS
fault diagnosis.
Understand AC and DC charging systems,
charging standards (Type 1, Type 2, CCS,
CHAdeMO), onboard charger working,
charging protocols, home charging setup
and public charging infrastructure
installation.
Learn critical EV safety procedures for
technicians and service centers. Covers
high voltage safety, PPE equipment,
isolation procedures, fire safety,
battery handling, accident response
and international EV safety standards.
Hands-on practical training with real
electric scooters and EVs. Learn professional
fault diagnosis techniques, use diagnostic
tools, read error codes, perform component
testing, and complete real-world service
procedures — everything needed to run
a professional EV workshop.
Bring everything together with real-world fault-finding concepts.
Learn systematic diagnosis for common complaints like "motor not
running," "battery charges but range dropped," and charging issues
— using diagnostic flowcharts, reference formulas, and a complete
EV service workflow. This module turns your theory knowledge into
confident, professional troubleshooting understanding.
