“School Student Scholarship Program | Master of Electric Vehicle Technology ”
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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.
Module 2 — What is a Vehicle & EV
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.
Module 3 — EV Fundamentals
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.
Introduction to EV
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History of EV: Lead-Acid Battery (Part 1)
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History of EV: Lithium Battery
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Types of EVs
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Basic Types of Motors
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Kinds of Motors
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EV & ICE Comparison Table
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How a DC Motor Works
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How an IC Engine Works (4-Stroke)
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Basic Closed Circuit
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Basic EMF Circuit
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How BLDC Motor Works
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Module 4 — EV vs ICE Comparison
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.
Energy Source EV vs ICE
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Transmission EV vs ICE
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Emissions EV vs ICE
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Fuel & Charging Cost EV vs ICE
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Maintenance EV vs ICE
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Speed EV vs ICE
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Fuel & Battery (AC & DC) EV vs ICE
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Regenerative Braking Potential & Kinetic Energy
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Gearbox, Tailpipe & Maintenance EV vs ICE
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ICE Fuel Energy to Mechanical
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ICE Emission, Cooling System & Differential
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Maintenance Intervals EV vs ICE
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Module 5 — Electrical Fundamentals
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.
EV Electrical & Parts Fundamentals
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EV Wiring Circuit Flow
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VIR Electrical Theory
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EV Voltage & Amp Range
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EV Motor Loading Range – Basic Calculation
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Resistance & Ohm's Law
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VIR Power Formula
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EV Motor Winding Resistance
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Wire Resistance Problem
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Open Circuit vs Closed Circuit (Part 1)
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Open Circuit vs Closed Circuit (Part 2)
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Ohm's Law & EV Voltage
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EV Resistance Problem
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EV Energy & Power Calculation
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VIR EV Range Calculation
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VIR EV Wire & Range Calculation
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Factors Affecting Resistance
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FAR – Wire Length & Power Loss
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VIR EV Summer Table
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VIR Relationship
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Open & Closed Current Flow
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Battery Pack Calculation (VIR)
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Series Circuit Fundamentals
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12V 30Ah Series Connection
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Difference Between Voltage & Amp (Part 1)
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Difference Between Voltage & Amp (Part 2)
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Variation of Voltage & Amp
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Parallel Connection (Part 1)
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Parallel Connection (Part 2)
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Series & Parallel Li-Cells Calculation (Part 1)
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Series & Parallel Li-Cells Calculation (Part 2)
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EV Wiring Harness Overview
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Low Voltage Signal
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Motor Phase Wire
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Hall Sensor Circuit
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Module 6 — Electric Scooter System
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.
What is Electric Scooter System
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EV Throttle Fault Symptoms
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Cluster & Buck Converter Works
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Vehicle Layout, Component Location & Power Flow
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EV 6 Core Components
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E-Rickshaw Power System Layout
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EV Controller Working & Powertrain
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EV Buck Converter 12V Powertrain & Front Parts of the EV
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EV Centre & Rear Parts of the EV Explained
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Main Parts of the Electric Scooter
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EV Wiring Working Fundamentals
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Comparative Study of Electric Scooter – Hub & Mid Drive
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Module 7 — Electric Motor System
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.
Types & Kinds of EV Motor
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Introduction to Power Train
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Session Overview
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Types of Motor
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Kinds of EV Motor by Placement
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DC Brushed Motors
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BLDC Motor
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PMSM Motor
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Induction Motor
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SRM Motor
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Future of EV Motors
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EV Motor Measurement – KW & HP
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EV vs Petrol – KW & HP Simulation
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Motor Loading Capacity – Watts to KG
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What is Inside the Motor System
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How BLDC Motor Works
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What is BLDC Stator & Rotor Assembly
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Difference Between Stator & Rotor
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The Heart of BLDC Motor
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How BLDC Motor Works – EMF Simulation
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BLDC Motor Interactive Simulator – Motor Working Principle
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BLDC Motor Interactive Simulator – Hall Sensor
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BLDC Motor Interactive Simulator – Wiring Fault
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EV Motor Coil Heating & Burning
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Simulation of EV Motor Coil Heating & Burning
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BLDC Motor Evolution & Technology Future
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Module 8 — Controller System
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.
What is an EV Controller?
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The Brain of EV – Core Functions & User Experience
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EV Controller Operation Workflow
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What is a Square Wave Controller?
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Why Sine Wave Controllers Give Smooth Operation
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FOC Vector Controller – The Smartest Controller Explained
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Controller Management System
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Power Distribution System – DC to DC Converter
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Anatomy of an EV System
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Comparison of EV Controllers
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BLDC Controller – Working Parts Explained
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BLDC Controller Operation
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BLDC Controller Operating Sequence
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EV BLDC Controller – Inverter System
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EV Controller Architecture
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Inputs & Outputs – What Enters & Leaves the Controller
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EV Controller – Microcontroller, DSP & Gate Drive
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Internal Signal Flow – From Input to Motor Output
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EV Controller Wiring Connections
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Asian vs European Controller Types
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Controller Connector Pinout
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Throttle System – Hall Effect Operation & Testing
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Controller Central MCU & MOSFET Bridge
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Controller H-Bridge MOSFET
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PWM Phase Control & Safety Rules
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Controller Wiring & Signals
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Controller Fault Diagnosis
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Motor-Controller Communication
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EV Pickup Secrets – Controller & Battery Role
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EV Pickup Secrets – Interactive Simulator (Controller & Battery)
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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.
Modern Electric Vehicle Control Unit + ECU & CAN Introduction
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Electric Vehicle Control & Communication
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EV VCC Wiring System
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EV VCC System Architecture
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EV High Voltage Safety Interlock System
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EV Smart Regenerative Braking System
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EV VCC Unit System Conclusion
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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.
Electric Scooter Wiring Architecture
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Electric Scooter Wiring Harness Diagram
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EV Wiring Colour Standard
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EV Harness Power Bundles & Signal Pathways
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EV Throttle Control System
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EV Wiring Harness System
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DC-DC Converter Function
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EV Hub Motor Wiring Identification
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EV Hall-Effect Throttle - Operation & Testing
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EV Controller Connector Pinout
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EV Wiring Harness Overview
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Module 11 — Li-Battery System
Master Lithium-ion and Lithium Iron
Phosphate battery technology. Learn
cell types, battery pack construction,
series and parallel connections, capacity
calculation, thermal management and
battery safety procedures.
Battery Technology - The Heart of Every Electric Vehicle
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What is Anode & Cathode - Li-Battery Technology
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Types of Lithium Cells - Comparison Chart
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Lithium Battery Cell Structures & Layers
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Li-Cell Components & Cell Formats
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EV Battery Pack Construction
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What is Parallel - Ah to Increase the Range
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What is Series Connection
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What is Volt vs Ah - Speed vs Range - Series vs Parallel
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48V-60V NMC Battery Pack - Low, Nominal & High Voltage Construction
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Battery Pack Layout - Skateboard Design
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Battery Pack Layout
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Li-Battery Pack Key Terminology & Watt-Hour Calculation
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Li-Battery Series & Parallel Combined
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Battery Safety - Overcharge & Discharge, Thermal Safety & Rules
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EV Lithium Battery System - Classroom Simulation
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Series & Parallel Pack Builder Simulation (E-Scooter 2 - 100Ah Pack)
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Battery Management System - What It Does
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Module 12 — Battery Management System (BMS)
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.
Centralized BMS Architecture - Active & Passive Balancing
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BMS MCU Controller System
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BMS Cell Monitoring & Temperature Protection
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EV CAN Bus Network Architecture
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BMS Complete Function Map
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Battery Management System - 4 Core Protections
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BMS Wiring Diagram Overview
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BMS Wiring Type
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Cell Balancing Concept
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Battery Monitoring System
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Cell Balancing Methods
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State of Charge (SOC) vs Cell Voltage Curve
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BMS Interactive Classroom Simulation - Cell Monitoring & Protection
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Module 13 — EV Charging System
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.
EV Charging System
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EV Live CC-CV Charging Simulation
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Li-Battery Pack - Full, Normal & Low Voltage Monitoring
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What is Constant Voltage & Constant Current - Live Classroom Demo
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Power Flow Path - AC to DC Battery
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Why Don't Use Wrong AC Charger on DC Battery Pack
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OBC (On-Board Charger) - The Heart of AC Charging
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OBC PFC Stage - Live Simulation
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EV OBC Galvanic Isolation Transformer
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EV OBC DC to DC Converter Works
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Charging Connectors Standards
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Charging Safety System
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Charging Safety Interlock System
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Charger Specification Calculator - Live Simulation
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Module 14 — HV Safety Procedures
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.
PPE Requirements - HV Safety
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Why Use Safety Glasses, Face Shield, Dielectric Footwear & Arc Flash Protection
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High Voltage Work Procedure
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MSD Removal Before Starting HV Work Procedure
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Don't Skip or Never Break Critical Rules
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Thermal Runaway
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Key Performance Metrics & EV Health System
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Battery Chemistry Comparison
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EV Drivetrain Efficiency Comparison
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⚠️ High Voltage Safety Reminder
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Module 15 — EV Workshop Practical Training
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.
EV Workshop Practical
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Essential EV Technician Tools - Digital Meter
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Insulation Tester & Clamp Meter
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Battery Capacity Tester & Oscilloscope (DSO)
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Torque Wrench - Essential EV Technician Tools Chart
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Components Identification
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Not-Working Vehicle - Diagnosis Procedure Step by Step
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Dismantling Procedure Step by Step
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BLDC Motor Testing Procedure
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Controller Diagnostic Flow Chart
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Battery Voltage & Capacity Health Test
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EV Workshop Practical Tools & Equipment
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Module 16 — Trouble Shoot & Fault Diagnosis
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.
Troubleshooting & Fault Diagnosis
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Systematic Fault Diagnosis is the Mark of a Skilled EV Technician
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Diagnostic Lab - Real Diagnosis, Right Solution
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Diagnostic Lab Flow Chart
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Display & Motor Does Not Run
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Battery Charging Complaint
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Battery Charges Fully but Range Dropped
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Reference Formulas - HV Cable Colour Standards
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EV System Voltage Ranges
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Power & Energy - Pack Configuration Simulation
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EV Service Work Flow
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Final Troubleshoot & Fault Diagnosis Conclusion
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