🎓 MASTER OF ELECTRIC VEHICLE TECHNOLOGY

Learn how an EV really thinks, works & protects itself.

A Hybrid (Recorded + Hands-on Practical) EV Certification Program - from fundamentals to advanced practical skills covering BLDC Motors, Controllers, Batteries, BMS & Charging Systems. Built from 18 years of hands-on training experience.
Course videos are in Tamil only.

234
Theory Lessons
155
Practical Video Lessons
5-Day
Live Practical Training
28
Total Modules

18+ Years Institute Track Record • 10,000+ Students Trained • Refund as per Batch Policy*

💳 Secure Razorpay Payment 🔒 DRM-Protected Video Lessons 📅 365-Day Course Access 🎓 Certificate on Completion 💬 WhatsApp Student Support

We don't just teach EV parts.

We teach you how an EV thinks, works, communicates, charges, and protects itself.

What You'll Learn

Complete EV system knowledge, start to finish

From basic vehicle fundamentals to real-world fault diagnosis — every system explained in depth.

🔋

Battery & BMS

How lithium packs are built, monitored and protected — cell balancing, safety, health checks.

🧠

Controller & VCU

How the vehicle's brain manages motor output, communication and safety logic.

⚙️

Motor Systems

BLDC motor construction, hall sensors, and how electrical energy becomes motion.

🔌

Charging Systems

Charger types, charging logic, and how to explain charging behaviour confidently.

⚠️

HV Safety

High-voltage handling standards and cable colour codes every technician must know.

🔍

Fault Diagnosis

Systematic troubleshooting flow charts used on real-world EV service complaints.

Full Curriculum — 28 Modules, 389 Lessons

One complete journey — from EV fundamentals to real-world fault diagnosis.

📘 Theory Modules
16 Modules • 234 Theory Lessons
1
Introduction
How to study, why EV, course structure • 5 lessons
How to Study This Course Effectively • Why Should You Learn EV? • Benefits of Taking This Course • Introduction to MMI GSA • How This Online Course is Designed & Structured
2
What is a Vehicle & EV
Vehicle basics, what makes it "electric" • 5 lessons
What is a Vehicle & What is an EV? • Human vs Animal-Powered Vehicles • IC Engine vs Electric Vehicles • Comparison: Human, Animal, IC & EV Vehicles • The Golden Line of Transportation
3
EV Fundamentals
EV basics, history & types • 10 lessons
Introduction to EV • History of EV: Lead-Acid Battery (Part 1) • History of EV: Lithium Battery • Types of EVs • Basic Types of Motors • Kinds of Motors • How a DC Motor Works • How a BLDC Motor Works • Basic Closed Circuit • Basic Open Circuit
4
EV vs ICE Comparison
Petrol/diesel vs electric — side by side • 14 lessons
EV & ICE Comparison Table • How an IC Engine Works (4-Stroke) • Energy Source: EV vs ICE • Transmission: EV vs ICE • Emissions: EV vs ICE • Fuel & Charging Cost: EV vs ICE • Maintenance: EV vs ICE • Speed: EV vs ICE • Fuel & Battery (AC & DC): EV vs ICE • Regenerative Braking: Potential & Kinetic Energy • Gearbox, Tailpipe & Maintenance: EV vs ICE • ICE: Fuel Energy to Mechanical • ICE: Emission, Cooling System & Differential • Maintenance Intervals: EV vs ICE
5
Electrical Fundamentals
Voltage, current, resistance for EV work • 35 lessons
EV Electrical & Parts Fundamentals • EV Wiring Circuit Flow • VIR Electrical Theory • EV Voltage & Amp Range • EV Motor Loading Range – Basic Calculation • Resistance & Ohm's Law • VIR Power Formula • EV Motor Winding Resistance • Wire Resistance Problem • Open Circuit vs Closed Circuit (Part 1) • Open Circuit vs Closed Circuit (Part 2) • Ohm's Law & EV Voltage • EV Resistance Problem • EV Energy & Power Calculation • VIR EV Range Calculation • VIR EV Wire & Range Calculation • Factors Affecting Resistance • FAR – Wire Length & Power Loss • VIR EV Summer Table • VIR Relationship • Open & Closed Current Flow • Battery Pack Calculation (VIR) • Series Circuit Fundamentals • 12V 30Ah Series Connection • Difference Between Voltage & Amp (Part 1) • Difference Between Voltage & Amp (Part 2) • Variation of Voltage & Amp • Parallel Connection (Part 1) • Parallel Connection (Part 2) • Series & Parallel Li-Cells Calculation (Part 1) • Series & Parallel Li-Cells Calculation (Part 2) • EV Wiring Harness Overview • Low Voltage Signal • Motor Phase Wire • Hall Sensor Circuit
6
Electric Scooter System
Full two-wheeler EV system overview • 12 lessons
What is Electric Scooter System • EV Throttle Fault Symptoms • Cluster & Buck Converter Works • Vehicle Layout, Component Location & Power Flow • EV 6 Core Components • E-Rickshaw Power System Layout • EV Controller Working & Powertrain • EV Buck Converter 12V Powertrain & Front Parts of the EV • EV Centre & Rear Parts of the EV Explained • Main Parts of the Electric Scooter • EV Wiring Working Fundamentals • Comparative Study of Electric Scooter – Hub & Mid Drive
7
Motor
BLDC motor construction & working • 26 lessons
Types & Kinds of EV Motor • Introduction to Power Train • Session Overview • Types of Motor • Kinds of EV Motor by Placement • DC Brushed Motors • BLDC Motor • PMSM Motor • Induction Motor • SRM Motor • Future of EV Motors • EV Motor Measurement – KW & HP • EV vs Petrol – KW & HP Simulation • Motor Loading Capacity – Watts to KG • What is Inside the Motor System • How BLDC Motor Works • What is BLDC Stator & Rotor Assembly • Difference Between Stator & Rotor • The Heart of BLDC Motor • How BLDC Motor Works – EMF Simulation • BLDC Motor Interactive Simulator – Motor Working Principle • BLDC Motor Interactive Simulator – Hall Sensor • BLDC Motor Interactive Simulator – Wiring Fault • EV Motor Coil Heating & Burning • Simulation of EV Motor Coil Heating & Burning • BLDC Motor Evolution & Technology Future
8
EV Controller
The vehicle's decision-making unit • 30 lessons
What is an EV Controller? • The Brain of EV – Core Functions & User Experience • EV Controller Operation Workflow • What is a Square Wave Controller? • Why Sine Wave Controllers Give Smooth Operation • FOC Vector Controller – The Smartest Controller Explained • Controller Management System • Power Distribution System – DC to DC Converter • Anatomy of an EV Controller System • Comparison of EV Controllers • BLDC Controller – Working Parts Explained • BLDC Controller Operation • BLDC Controller Operating Sequence • EV BLDC Controller – Inverter System • EV Controller Architecture • Inputs & Outputs – What Enters & Leaves the Controller • EV Controller – Microcontroller, DSP & Gate Drive • Internal Signal Flow – From Input to Motor Output • EV Controller Wiring Connections • Asian vs European Controller Types • Controller Connector Pinout • Throttle System – Hall Effect Operation & Testing • Controller Central MCU & MOSFET Bridge • Controller H-Bridge MOSFET • PWM Phase Control & Safety Rules • Controller Wiring & Signals • Controller Fault Diagnosis • Motor-Controller Communication • EV Pickup Secrets – Controller & Battery Role • EV Pickup Secrets – Interactive Simulator (Controller & Battery)
9
VCU (Vehicle Control Unit)
Central communication & logic • 7 lessons
Modern Electric Vehicle Control Unit + ECU & CAN Introduction • Electric Vehicle Control & Communication • EV VCC Wiring System • EV VCC System Architecture • EV High Voltage Safety Interlock System • EV Smart Regenerative Braking System • EV VCC Unit System Conclusion
10
Scooter Architecture
Full system layout, wiring & integration • 11 lessons
Electric Scooter Wiring Architecture • Electric Scooter Wiring Harness Diagram • EV Wiring Colour Standard • EV Harness Power Bundles & Signal Pathways • EV Throttle Control System • EV Wiring Harness System • DC-DC Converter Function • EV Hub Motor Wiring Identification • EV Hall-Effect Throttle - Operation & Testing • EV Controller Connector Pinout • EV Wiring Harness Overview
11
Battery System
Pack construction, chemistry, configuration • 18 lessons
Battery Technology - The Heart of Every Electric Vehicle • What is Anode & Cathode - Li-Battery Technology • Types of Lithium Cells - Comparison Chart • Lithium Battery Cell Structures & Layers • Li-Cell Components & Cell Formats • EV Battery Pack Construction • What is Parallel - Ah to Increase the Range • What is Series Connection • What is Volt vs Ah - Speed vs Range - Series vs Parallel • 48V-60V NMC Battery Pack - Low, Nominal & High Voltage Construction • Battery Pack Layout - Skateboard Design • Battery Pack Layout • Li-Battery Pack Key Terminology & Watt-Hour Calculation • Li-Battery Series & Parallel Combined • Battery Safety - Overcharge & Discharge, Thermal Safety & Rules • EV Lithium Battery System - Classroom Simulation • Series & Parallel Pack Builder Simulation (E-Scooter 2 - 100Ah Pack) • Battery Management System - What It Does
12
BMS (Battery Management System)
Protection, balancing, monitoring • 13 lessons
Centralized BMS Architecture - Active & Passive Balancing • BMS MCU Controller System • BMS Cell Monitoring & Temperature Protection • EV CAN Bus Network Architecture • BMS Complete Function Map • Battery Management System - 4 Core Protections • BMS Wiring Diagram Overview • BMS Wiring Type • Cell Balancing Concept • Battery Monitoring System • Cell Balancing Methods • State of Charge (SOC) vs Cell Voltage Curve • BMS Interactive Classroom Simulation - Cell Monitoring & Protection
13
Charger
Charging systems & logic • 14 lessons
EV Charging System • EV Live CC-CV Charging Simulation • Li-Battery Pack - Full, Normal & Low Voltage Monitoring • What is Constant Voltage & Constant Current - Live Classroom Demo • Power Flow Path - AC to DC Battery • Why Don't Use Wrong AC Charger on DC Battery Pack • OBC (On-Board Charger) - The Heart of AC Charging • OBC PFC Stage - Live Simulation • EV OBC Galvanic Isolation Transformer • EV OBC DC to DC Converter Works • Charging Connectors Standards • Charging Safety System • Charging Safety Interlock System • Charger Specification Calculator - Live Simulation
14
HV Safety
High-voltage handling standards • 9 lessons
PPE Requirements - HV Safety • Why Use Safety Glasses, Face Shield, Dielectric Footwear & Arc Flash Protection • High Voltage Work Procedure • MSD Removal Before Starting HV Work Procedure • Don't Skip or Never Break Critical Rules • Thermal Runaway • Key Performance Metrics & EV Health System • Battery Chemistry Comparison • EV Drivetrain Efficiency Comparison
15
Workshop Practical
Tools, equipment & diagnostic flow • 12 lessons
EV Workshop Practical • Essential EV Technician Tools - Digital Meter • Insulation Tester & Clamp Meter • Battery Capacity Tester & Oscilloscope (DSO) • Torque Wrench - Essential EV Technician Tools Chart • Components Identification • Not-Working Vehicle - Diagnosis Procedure Step by Step • Dismantling Procedure Step by Step • BLDC Motor Testing Procedure • Controller Diagnostic Flow Chart • Battery Voltage & Capacity Health Test • EV Workshop Practical Tools & Equipment
16
Troubleshoot
Real fault diagnosis on live complaints • 12 lessons
Troubleshooting & Fault Diagnosis • Systematic Fault Diagnosis is the Mark of a Skilled EV Technician • Diagnostic Lab - Real Diagnosis, Right Solution • Diagnostic Lab Flow Chart • Display & Motor Does Not Run • Battery Charging Complaint • Battery Charges Fully but Range Dropped • Reference Formulas - HV Cable Colour Standards • EV System Voltage Ranges • Power & Energy - Pack Configuration Simulation • EV Service Work Flow • Final Troubleshoot & Fault Diagnosis Conclusion
▶️ Practical Video Modules
12 Modules • 155 Practical Video Lessons
01
Workshop Tools & Equipment
Tool identification, proper usage, workshop safety, testing equipment & maintenance.
02
Electrical Testing & Measurement
Multimeter, clamp meter, oscilloscope, insulation tester & practical electrical measurements.
03
EV Disassembly & Reassembly
Electric vehicle components, motor, controller, battery pack & systematic disassembly/reassembly procedures.
04
BLDC Motor Practical
BLDC motor construction, assembly, testing, parameter checking, fault identification & troubleshooting.
05
Motor Controller Practical
Controller connections, configuration, programming parameters, diagnostics & repair procedures.
06
Battery Pack Practical
Battery cell testing, pack assembly, voltage measurement, balancing & thermal management.
07
BMS Practical
BMS installation, testing, parameter configuration, cell monitoring, sensor checking & fault diagnosis.
08
EV Charger Practical
On-board & off-board charger testing, charging connections, live charging demonstrations & charger diagnostics.
09
EV Wiring & Harness
EV wiring, high-voltage connections, connectors, harness routing, CAN communication & electrical safety.
10
EV Diagnostic Scan Tools
Live vehicle scanning, diagnostic trouble codes, error-code analysis, live-data monitoring & interpretation.
11
Real EV Fault Diagnosis
Step-by-step troubleshooting of actual EV faults, diagnostic procedures, fault identification & repair strategies.
12
Complete EV Service & Assembly
End-to-end EV service workflow, component inspection, assembly, service checklist, testing & final vehicle diagnosis.
Why This Course

Built on 18 years of real workshop experience

Not a generic online course — the same training approach that's built 10,000+ technicians.

🏆

18 Years of Proven Excellence

Since 2008, MMI has trained over "1 lakh+ students over all" “10,000+ Technicians Trained Directly at MMI” — this course distills that experience into a focused 30-day learning journey.

🗣️

Taught in Your Language

Course videos are in Tamil only, with English on-screen text.

🧩

System Thinking, Not Just Parts

Understand how battery, BMS, controller, motor and charger work together — not isolated facts.

📜

ISO 9001:2015 Certified Institute

An MMI Global Skill Academy certificate on completion, from an ISO 9001-certified training institute you can show employers or customers.

🛡️

Student-Friendly Refund Policy

A 3-Day Progress-Based Money-Back Guarantee is available for the online Master of Electric Vehicle Technology course. Practical training tiers follow their applicable batch cancellation policy.

🛤️

A Path, Not a Dead End

Continue into practical hands-on tiers — technician training, battery service, or entrepreneurship.

Simple Process

From Enrollment to Certified EV Professional

1

Enroll in the EV Certification Program

Enroll in the Master of Electric Vehicle Technology program at ₹24,999 + GST and begin your professional Electric Vehicle training journey.

2

Get Instant Online Access

Login to your MMI GSA learning dashboard after enrollment and access the complete EV theory curriculum, lessons, PDF notes and module quizzes.

3

Learn EV Technology & Diagnostics

Master EV architecture, BLDC motors, motor controllers, lithium-ion batteries, BMS, EV charging systems, electrical testing and EV troubleshooting through structured online training.

4

Complete Practical Training & Certification

Complete the 5-Day Live Practical Training, gain hands-on EV service and diagnostic experience, and receive your MMI GSA Master of Electric Vehicle Technology Certificate.

28
Modules
234
Theory Lessons
155
Practical Video Lessons
5-Day
Live Practical Training
18+
YEARS OF TRAINING EXPERIENCE
10,000+
Students Trained
Prof. A. Abubakkar Siddiq
Meet Your Instructor

Prof. A. Abubakkar Siddiq — Founder & Chairman, MMI

Founded in 2008, Madras Mechanical Institute has grown into one of India's most respected names in two-wheeler, four-wheeler, and EV training. Over 1 lakh students have been trained — with 10,000+ trained directly at the institute. This course brings that same hands-on training philosophy online.

"A skilled hand never goes hungry. My goal has always been to turn every student into someone who can stand on their own feet."

✨ MMI alumni today hold leadership positions across the skill development and automotive sectors, with some even running their own EV training institutions.✨

Training in Action

Real Labs. Real Hands-On Work.

A look inside our physical training centre in Egmore, Chennai.

Classroom Classroom
Two-Wheeler Practical Two-Wheeler Practical
Lithium Battery Training Lithium Battery Training
Diagnosis Training Diagnosis Training
Battery Training Battery Training
Motor & Wiring Training Motor & Wiring Training
Student Success

Real Students. Real EV Careers.

Rated 4.7 / 5 ★★★★★ Based on 650+ reviews by hundreds of students on Google.

Barani success story
▶
🌟 Success Story

From ITI to EV Garage Owner

Barani, an ITI graduate, trained at MMI GSA. Today, he and his brother — both MMI students — run their own EV service centre, servicing 10+ vehicles daily (E-Scooters & E-Rickshaws). Watch the full interview →

★★★★★

"I now have strong knowledge of EV vehicles — all the classes are very valuable and the masters are highly trained."

R
Ramaswamy R.krishnan
Google Review
★★★★★

"Best place to learn the EV Service Technician course — fault finding, controller connections, and battery assembly."

S
Santhoshkumar Palani
Google Review • Local Guide
★★★★★

"A great experience in EV Bike Technician training — trainers explained components, batteries, controllers and motors clearly."

A
Ajmal J
Google Review
Find Your Fit

Who Is This For?

We will guide you to the right learning path for your future in the Electric Vehicle (EV) sector.

🎓
School / College Students
Build a strong foundation in Electric Vehicle Technology with practical EV knowledge that supports your academic learning and future career opportunities.
Learn Early. Build Your Future.
🔧
Mechanics / Technicians
Upgrade your skills in EV servicing, BLDC motors, controllers, batteries, BMS, diagnostics and troubleshooting to expand your professional opportunities.
Upgrade Skills. Earn More.
💼
Working Professionals
Add in-demand EV skills to your professional profile and explore additional income opportunities through EV service, diagnostics and related projects.
Add Skills. Create Opportunities.
🚀
Aspiring Entrepreneurs
Learn Electric Vehicle Technology, service and diagnostics to build the skills needed to start an EV service center, retrofit business or EV-related venture.
Build Your EV Business.
Choose Your Plan

Invest in Skills. Build a Career.

Start with theory only, or go all the way to advanced battery specialization.
Course videos are in Tamil only.

🟢 Professional Plan
Online Theory Training
₹14,999 + GST
Total payable: ₹17,699
  • ✔ 234 Theory Video Lessons
  • ✔ 16 Theory Modules
  • ✔ 12+ Hours of Online Video Training
  • ✔ PDF Notes + Module Quizzes
  • ✔ EV Technology Fundamentals
  • ✔ BLDC Motor & Controller Theory
  • ✔ Battery & BMS Theory
  • ✔ EV Charging Systems Theory
  • ✔ EV Diagnostics & Troubleshooting Theory
  • ✔ 3-Day Progress-Based Refund Guarantee
Best for: EV theory knowledge & foundational learning.
Enroll Now
⭐ MOST POPULAR
🔵 Hybrid Practical
Complete Theory + Practical Certification
₹24,999 + GST
Total payable: ₹29,499
  • ✔ Everything in Professional Plan
  • ✔ 155 Practical Video Lessons
  • ✔ 5-Day E-Scooter Live Practical Training
  • ✔ Hands-on EV Service & Diagnostics
  • ✔ BLDC Motor & Controller Practical
  • ✔ Battery & BMS Practical
  • ✔ EV Charging System Practical
  • ✔ EV Wiring & Troubleshooting
  • ✔ MMI GSA Master of EV Technology Certificate
Refund governed by batch-cancellation schedule — see Refund Policy.
Enroll Now
🟣 Master Hybrid
Online Theory + Practical Videos + Lithium Battery Workshop
₹29,999 + GST
Total payable: ₹35,399
Battery workshop only — E-Scooter workshop not included
  • ✔ 234 Theory Video Lessons + 155 Practical Video Lessons
  • ✔ 5-Day Lithium Battery Practical Workshop
  • ✔ Series & Parallel Battery Pack Assembly
  • ✔ BMS Installation & Testing — 12V to 72V
  • ✔ Battery Pack Testing & Fault Diagnosis
  • ✔ Used / Old Battery Service & Fault Diagnosis
  • ✔ Cell Testing, Voltage Measurement & Balancing
  • ✔ Advanced Hands-on EV Battery Training
Refund governed by batch-cancellation schedule — see Refund Policy.
Enroll Now
🛡️
️Student-Friendly Refund Policy
A 3-Day Progress-Based Money-Back Guarantee is available for the online Master of Electric Vehicle Technology course. Practical training tiers follow their applicable batch cancellation policy.
Read Full Policy →
FAQ

Questions? We've Got Answers.

I'm a complete beginner. Can I learn Electric Vehicle Technology?

Yes. The training starts with the fundamentals and gradually moves into EV architecture, electrical systems, BLDC motors, controllers, batteries, BMS, charging systems, diagnostics and troubleshooting. You do not need previous EV experience to start.

I'm an ITI or Diploma student. Is this course useful for me?

Yes. The course helps you build practical knowledge in Electric Vehicle Technology alongside your technical education and prepares you for opportunities in EV service, diagnostics and related fields.

I'm a two-wheeler mechanic. Can I move into EV service?

Yes. Your existing mechanical and vehicle-service experience is a strong foundation. The training covers EV-specific systems — BLDC motors, controllers, batteries, BMS, charging systems, wiring, diagnostics and troubleshooting — plus hands-on practical training in the Hybrid Practical plan.

I already work as a technician in another field (solar, electrical, TV/appliance). Can I learn EV technology?

Yes. Technicians from solar, electrical, electronics, TV/appliance service and similar technical backgrounds already have transferable skills — voltage, current, circuits, fault-finding — and can build EV-specific knowledge on top of that for the growing EV service sector.

I'm looking for an EV job. Will this course help me?

Yes. The course builds practical EV knowledge and job-relevant technical skills — fundamentals, diagnostics and, in the Hybrid Practical and Master Hybrid plans, real hands-on training that EV service centres and showrooms look for when hiring.

I want to start an EV service business. Is this training suitable for me?

Yes. The training covers EV technology, service procedures, diagnostics, batteries, BMS, charging systems and troubleshooting. The Master Hybrid plan includes a 5-Day Lithium Battery Practical Workshop instead of the E-Scooter workshop — useful for anyone planning an EV service or battery business.

Do I get hands-on practical EV training?

Yes — depending on your plan. The Hybrid Practical plan includes 5-Day E-Scooter Live Practical Training. The Master Hybrid plan includes a 5-Day Lithium Battery Practical Workshop instead of the E-Scooter workshop, covering battery pack assembly, BMS, testing and fault diagnosis. The Professional Plan is online theory only and includes no live workshop.

What is the difference between the three plans?

Professional (₹14,999 + GST): Online theory training with 234 theory video lessons only; no practical video lessons or live workshop.
Hybrid Practical (₹24,999 + GST): 234 theory video lessons + 155 practical video lessons + 5-Day E-Scooter Live Practical Training.
Master Hybrid (₹29,999 + GST): 234 theory video lessons + 155 practical video lessons + a 5-Day Lithium Battery Practical Workshop (series/parallel packs, BMS 12V–72V, battery testing & used/old battery fault diagnosis). The E-Scooter workshop is not included.

How long do I get access to the online course?

You get 365-day access to the online learning platform. You can learn at your own pace through the structured video lessons, PDF notes and module quizzes.

Will I receive a certificate after completing the training?

Yes. Students who successfully complete the requirements of their chosen plan receive the MMI GSA Master of Electric Vehicle Technology Certificate.

What if I enrol and later feel the course isn't right for me?

The Professional Plan includes a 3-Day Progress-Based Refund Guarantee. The Hybrid Practical and Master Hybrid plans, which reserve a live workshop seat, follow a separate batch-cancellation refund schedule instead. Full details are on our Refund Policy page.

What languages is the training offered in?

Course videos are in Tamil only. English and Hindi video versions are not included.

Ready to Understand EV Like a Professional?

Join 10,000+ MMI-trained technicians powering India's EV revolution.

18+ Years Institute Track Record • ISO 9001:2015 Certified • 365-Day Course Access

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