Admissions Open 2026–27 • Hybrid & On-Campus Batches

Electric Vehicle Courses in India: Build Your EV Technology Skills

Master high-voltage powertrain integration, Lithium-ion battery pack engineering, BMS firmware, traction motor control, and charging infrastructure. Hands-on practical lab sessions in Mumbai & Pune backed by flexible blended learning.

510+
Practical Hours
16
Core Modules
AIS-156
Safety Standard
10,000+
Alumni Trained
Institutional Excellence

15+ Years of Leadership in Clean Technology & Engineering

Indian Institute of Solar Energy (IISE) is India's leading training institution dedicated to renewable energy, energy storage, and electric mobility. We combine academic rigor with genuine industrial hardware labs.

🏛️

Pioneering Heritage

Over 15 years delivering specialized clean-energy training programs across India with nationwide recognition.

⚡

Dedicated EV Labs

Operational battery assembly lines, cell cyclers, motor dynamometers, and charging test rigs in Mumbai & Pune.

📜

Regulatory Alignment

Curriculum meticulously aligned with AIS-038 Rev 2, AIS-156 Amendment 3, Bureau of Energy Efficiency, and MoHI guidelines.

🤝

Corporate Placement

Active career support, technical resume coaching, and referral linkages with EV OEMs, fleet aggregators, and Tier-1 suppliers.

Interactive Course Finder

Find Your Ideal Electric Vehicle Program

Select your current background to view the recommended qualification track, curriculum depth, and expected career outcome.

For Engineers

PG Diploma in EV Technology

Comprehensive 1-year postgraduate training covering full-stack vehicle engineering, BMS firmware, inverters, thermal modeling, and capstone R&D.

  • Duration: 1 Year (Blended Hybrid)
  • Eligibility: B.E. / B.Tech in Engineering
  • Outcome: Powertrain & BMS Engineer Roles
View Program Details ↓
For Polytechnic & ITI

Diploma in EV Technology

Rigorous 1-year (510 hours) technical diploma focused on battery assembly, wiring harnesses, motor testing, charging setups, and workshop troubleshooting.

  • Duration: 1 Year (2 Semesters, 34 Credits)
  • Eligibility: Polytechnic Diploma, ITI, 10+2 Science
  • Outcome: EV Assembly & Test Technician
View Program Details ↓
For Beginners & Founders

Fundamentals of EV Technology

Fast-track 1-month foundational orientation exploring EV vehicle topology, battery fundamentals, charging models, and clean-mobility business setup.

  • Duration: 1 Month / Self-Paced
  • Eligibility: Open to All (10+2, Students, Business)
  • Outcome: Technical Sales & EV Entrepreneurship
View Program Details ↓
Official Course Offerings

Compare Verified Electric Vehicle Programs

Review authentic course curriculums, verified program fees, eligibility criteria, and direct enrolment pathways. All programs include official IISE certification.

Technical Diploma
Course ID: 23218

Diploma in Electric Vehicle Technology

Applied hands-on program tailored for polytechnic diploma holders, ITI technicians, and 10+2 science graduates. Focuses on physical assembly, diagnostics, and testing.

Official Course Fee
₹79,999 (2 Semesters / 34 Credits)
Special subsidized tuition fee. Easy installment plans available.
Duration: 1 Year (510 Hours)
Format: Blended Practical Training
Credits: 34 Academic Credits
Hands-On: Battery Spot Welding & Assembly
Core Curriculum Highlights:
High-Voltage Wiring & Harnesses Li-ion Module Assembly Motor & Dyno Testing AC/DC Charging Station Setup Multimeter & Scan Tool Diagnostics Class 0 LOTO Safety Procedures
Foundational Certificate
Course ID: 880

Fundamentals of Electric Vehicle Technology

Self-paced foundational course built for beginners, sales engineers, fresh school leavers, and clean-tech entrepreneurs looking to understand the EV landscape.

Official Course Fee
₹9,999 ₹14,999
Limited-time introductory fee. Immediate digital access on LMS.
Duration: 1 Month / Self-Paced
Format: Online + Case Studies
Modules: 6 Structured Modules
Access: 24/7 Digital LMS Portal
Core Curriculum Highlights:
BEV / HEV / PHEV Topologies Lithium-Ion Basics Motor & Controller Fundamentals EV Charging Connectors Basic Diagnostic Patterns EV Business & Startup Models
Specialist Track
Technical Certification

EV Software & Embedded Systems Course

Specialized programming and control firmware track for CS, IT, and Electronics engineers building AUTOSAR stacks, BMS state estimation, and motor control algorithms.

Fee & Intake Status
Contact Admissions
Batch availability subject to technical eligibility screening.
Duration: 3–6 Months Specialized
Prerequisite: C/C++ or Python Basics
Tools: Vector CAN, MATLAB/Simulink
Focus: Embedded ECU Firmware
Core Curriculum Highlights:
AUTOSAR Architecture Embedded C for ECUs BMS SOC/SOH Kalman Filters CAN / LIN Bus Protocols ISO 26262 ASIL Compliance Model-Based Design (MBD)
Market & Macro Growth

Why Study Electric Vehicle Technology in India?

India's electric mobility revolution is driven by central government capital allocation, stringent localized manufacturing mandates, and exponential adoption in commercial and consumer transit.

₹18,100 Cr
PLI Outlay for Advanced Chemistry Cell (ACC) Battery Storage
50%+
Electric 3-Wheeler Market Penetration Across Major Indian States
30%+
Annual Compounded Sales Growth for Electric 2-Wheelers
50,000+
Projected Specialized Technical Jobs in Testing, BMS & Service

Government Policy Framework

The PM Electric Drive Revolution in Innovative Vehicle Enhancement (PM E-DRIVE) scheme and Auto Component PLI enforce high Domestic Value Addition (DVA). Engineers who understand indigenous component testing and AIS compliance are in high demand.

Commercial Fleet Electrification

State Transport Undertakings (STUs) including Mumbai BEST, Delhi DTC, and Bengaluru BMTC are deploying thousands of electric buses, spurring immediate demand for depot charging infrastructure engineers and high-voltage fleet service managers.

Battery Cell & Pack Manufacturing

Gigafactory announcements and localized pack assembly plants require engineers who can implement rigorous AIS-156 safety standards, thermal runaway mitigation barriers, and intelligent CAN bus telemetry.

Target Candidate Profiles

Who Should Enrol in IISE's EV Programs?

Our curriculum tracks are structured to match your exact academic foundation and professional transition goals.

⚙️

Mechanical & Automobile Engineers

Transition from internal combustion engines to EV chassis packaging, battery enclosure thermal management, drivetrain gear reduction, and vehicle dynamics.

Recommended: PG Diploma
⚡

Electrical & Electronics Engineers

Specialize in power conversion stages, bidirectional DC-DC converters, motor traction inverters, BMS firmware logic, and CAN bus vehicle telemetry.

Recommended: PG Diploma / Software
🔧

Polytechnic & ITI Technicians

Master physical battery pack assembly, spot welding, wire harness routing, multimeters, scan tool diagnostics, and high-voltage workshop safety.

Recommended: 1-Year Diploma
🚀

Clean-Tech Entrepreneurs

Gain the commercial and technical mastery needed to set up EV battery retrofit workshops, fast-charging hubs, electric fleet operations, or service stations.

Recommended: Fundamentals / Diploma
Electric Vehicle Course in India
Verified Engineering Curriculum

16-Module Curriculum: From Cell Electrochemistry to Vehicle Telemetry

Review the official engineering module syllabus covering the complete technical stack of electric mobility. Click any module to explore key topics.

Module 01: Introduction to Electric Vehicles & Market Landscape +
Historical evolution of electric mobility; classification of electric vehicles (BEV, HEV, PHEV, FCEV); global market drivers and the Indian electrification landscape; central policies including PM E-DRIVE, PLI-ACC, and state EV subsidies; comparative well-to-wheel energy efficiency versus internal combustion vehicles.
Module 02: EV Architecture & Subsystem Packaging Topology +
Vehicle-level architectural topologies; skateboard chassis configuration; high-voltage vs low-voltage 12V/24V auxiliary power distribution; weight distribution, center of gravity analysis, and crash crumple zone considerations; high-voltage harness routing and shielding.
Module 03: Battery Technology, Cell Chemistries & Pack Sizing +
Lithium-ion cell chemistry comparisons: Lithium Iron Phosphate (LFP) vs Nickel Manganese Cobalt (NMC); cell form factors (cylindrical 18650/21700, prismatic, pouch); C-rate charging kinetics, DOD, cycle life, energy density, and power density; battery pack mathematical sizing for targeted range and gradeability; series-parallel interconnect design.
Module 04: Battery Management Systems (BMS) Hardware & Firmware +
BMS functional architecture; analog front-end (AFE) ICs for precision cell voltage and temperature monitoring; State of Charge (SOC) estimation techniques: Coulomb counting and Extended Kalman Filter (EKF); State of Health (SOH); passive vs active cell balancing topologies; pre-charge circuit control and main contactor sequencing.
Module 05: Electric Traction Motors & Motor Drives +
Motor topologies used in modern EVs: Brushless DC (BLDC), Permanent Magnet Synchronous Motors (PMSM), and AC Induction Motors; torque-speed characteristics, constant torque and field-weakening regimes; regenerative braking torque harvesting; motor back-EMF, cogging torque, and rotor position sensing (Hall sensors, resolvers).
Module 06: Power Electronics, Traction Inverters & DC-DC Converters +
Three-phase bridge inverters, gate driver circuits, and power semiconductor selection (MOSFET vs IGBT vs Silicon Carbide SiC); Space Vector Pulse Width Modulation (SVPWM) and Field-Oriented Control (FOC); bidirectional high-voltage to low-voltage DC-DC buck converters for auxiliary loads; EMI/EMC mitigation and snubber design.
Module 07: EV Charging Infrastructure & Grid Integration +
AC Level 1 & Level 2 charging standards (IEC 62196 Type 2, Bharat AC001); DC Fast Charging standards (CCS2, CHAdeMO, Bharat DC001); Open Charge Point Protocol (OCPP 1.6J / 2.0.1); vehicle-to-charger pilot signal duty-cycle communication; smart charging load management and solar PV integration.
Module 08: Thermal Management Systems (Pack & Powertrain Cooling) +
Heat generation mechanisms in battery cells (ohmic, entropic, polarization); air cooling vs liquid cold-plate cooling vs phase-change materials (PCM); coolant jacket designs for electric motors and inverters; thermal runaway propagation barriers under AIS-156 Amendment 3.
Module 09: Vehicle Dynamics for Electric Powertrains +
Tractive effort calculations: aerodynamic drag, rolling resistance, grade resistance, and acceleration force; gear ratio selection and single-speed transmission design; electronic differential algorithms and traction control systems (TCS).
Module 10: EV Simulation & Computer-Aided Engineering Tools +
Introduction to powertrain simulation; MATLAB/Simulink and Simscape Driveline modeling; standard drive cycle testing (MIDC, WLTP, NEDC); vehicle range and energy consumption prediction under varying load profiles.
Module 11: EV Diagnostics, CAN Bus Telemetry & OBD-II +
Controller Area Network (CAN 2.0B) protocol architecture, frame structures, and arbitration; diagnostic scan tools and On-Board Diagnostics (OBD-II / UDS ISO 14229); fault isolation procedures, Diagnostic Trouble Codes (DTCs), and vehicle telemetry data logging.
Module 12: High-Voltage Safety Protocols & Regulatory Standards +
Automotive Industry Standards (AIS-038 Rev 2 for M/N categories, AIS-156 for L category vehicles); insulation resistance monitoring (megohmmeter testing); high-voltage interlock loop (HVIL); personal protective equipment (Class 0 1000V gloves, arc flash shields); Lockout-Tagout (LOTO) procedures.
Module 13: Indian Regulatory Framework & Government Mandates +
Central Motor Vehicles Rules (CMVR) homologation requirements; testing agencies (ARAI, ICAT); domestic value addition (DVA) phased manufacturing program (PMP); Bureau of Indian Standards (BIS) specifications for lithium cells and chargers.
Module 14: EV Business Models, Fleet Electrification & Micro-Mobility +
Total Cost of Ownership (TCO) modeling for commercial delivery fleets and e-rickshaws; battery swapping vs fixed battery charging business models; retrofit conversion guidelines; EV charging station return on investment (ROI) calculations.
Module 15: Capstone Engineering Project +
Comprehensive practical capstone project integrating battery pack sizing, thermal dissipation design, motor selection, inverter tuning, and compliance documentation. Projects are defended before an expert engineering panel.
Module 16: Industry Internship & Career Readiness +
Structured industrial exposure, practical contact sessions at partner automotive facilities, technical interview preparation, and direct placement recruitment drives.
Practical Hardware Training

Hands-On Laboratory Experience in Mumbai & Pune

Engineering mastery requires touching real automotive hardware. Our dedicated workshops allow students to construct, test, and troubleshoot genuine high-voltage systems.

🔋

Battery Assembly & Spot Welding

Hands-on construction of multi-cell packs using pneumatic spot welders, nickel strip matrix layouts, cell holders, busbars, and high-temperature Kapton insulation barriers.

📊

Cell Testing & Impedance Analysis

Operation of multi-channel battery cyclers, internal resistance (AC milliohm) testing, thermal imaging during charge-discharge cycles, and automated capacity grading.

💻

BMS Wiring & Logic Configuration

Wiring balance leads, configuring over-voltage, under-voltage, over-temperature, and short-circuit protection thresholds via PC GUI software and UART/CAN adapters.

🔄

Motor Dyno & Inverter Tuning

Tuning PMSM and BLDC motor controllers on dynamometers; observing phase current waveforms on digital oscilloscopes, and adjusting throttle map curves.

🔌

EV Charging Station Bench

Wiring AC Type 2 and DC fast charging stations; testing pilot control CP/PP state transitions, residual current device (RCD) tripping, and energy meter calibration.

🦺

High-Voltage Workshop Safety

Mandatory safety drills utilizing Class 0 1000V rated dielectric gloves, insulated torque tools, rescue hooks, and Lockout-Tagout (LOTO) protocols for vehicle servicing.

Flexible Learning Format

A Hybrid Model Designed for Professionals & Students

Advance your skills without putting your career or college education on hold. Our blended architecture combines online theory with intensive on-campus practical contact.

🎥

Weekend Live Virtual Lectures

Interactive live weekend evening sessions conducted by senior automotive powertrain specialists. Ask questions in real time, solve mathematical sizing problems, and analyze case studies.

📱

24/7 Digital LMS Access

Comprehensive MasterStudy LMS portal with HD lecture recordings, circuit schematics, MATLAB script templates, regulatory PDFs, and module self-assessment quizzes accessible from any device.

🏢

On-Campus Practical Bootcamps

Intensive practical contact sessions held at IISE centers in Mumbai and Pune. Work directly with spot welders, battery packs, inverters, dynamometers, and diagnostics scan tools under faculty supervision.

Career Scope & Compensation

Electric Vehicle Salary Bands & Job Profiles in India

Data-driven overview of career paths, hiring demand, and realistic compensation ranges based on current automotive cluster recruitment in Pune, Bengaluru, Chennai, and Delhi-NCR.

Job Profile & TitleExperience LevelIndicative Annual Salary (INR)Core Required Competencies
EV Service Associate / Technician0 – 2 Years₹2.4 Lakh – ₹4.2 LakhHigh-voltage safety, multimeter proficiency, OBD-II scanner operation, mechanical module assembly
Junior EV Battery Test Engineer0 – 3 Years₹3.8 Lakh – ₹6.5 LakhBattery cycler testing, AIS-156 test protocols, capacity grading, CAD pack modeling, basic CAN logging
EV Powertrain & Motor Drive Engineer2 – 5 Years₹6.0 Lakh – ₹10.5 LakhPMSM motor dyno tuning, Field-Oriented Control (FOC), inverter gate driver design, transmission sizing
Mid-Level BMS Firmware Engineer3 – 6 Years₹7.0 Lakh – ₹14.0 LakhEmbedded C, MATLAB/Simulink SOC/SOH estimation, CAN protocol stacks, ISO 26262 functional safety
Senior Battery Pack Lead / Chief Architect6 – 10+ Years₹15.0 Lakh – ₹28.0+ LakhEnd-to-end pack architecture, liquid cooling thermal optimization, AIS-038 Rev 2 homologation, supplier auditing

Key Determinants Influencing EV Salary Growth

Engineers possessing verifiable hardware lab experience, high-voltage safety credentials (LOTO), and expertise in battery testing standards (AIS-156) consistently command higher starting compensation. IISE's practical curriculum directly prepares graduates to demonstrate these competencies during technical hiring evaluations.

Institutional Differentiators

Why Choose Indian Institute of Solar Energy?

Five demonstrable advantages that make IISE India's most credible practical institution for electric vehicle and clean technology training.

🔬

Component-Level Depth

We move past superficial automotive concepts. Our students analyze cell electrochemistry, calculate thermal dissipation matrices, configure MOSFET gate drives, and analyze CAN ID frames.

🏭

Physical Hardware Labs

Real hardware beats simulation-only training. Our Mumbai and Pune facilities feature live battery spot welders, high-precision cell cyclers, motor dyno benches, and AC/DC chargers.

☀️

Solar-EV Convergence

As India's pioneer solar training institution, IISE uniquely bridges the gap between solar photovoltaic generation, stationary battery storage (BESS), and electric vehicle charging hubs.

📍

Mumbai & Pune Centers

Strategically located in Maharashtra's automotive industrial corridor—surrounded by leading EV OEMs, Tier-1 component manufacturers, and clean-tech startup clusters.

👨‍🏫

Practicing Automotive Faculty

Instructors are practicing powertrain engineers, battery system designers, and automotive consultants with real-world product homologation and field experience.

🎓

10,000+ Alumni Network

Join a robust, active alumni network spanning renewable energy EPCs, automotive suppliers, EV startups, and government energy undertakings across India.

Admissions Process

Step-by-Step Admissions Journey

A transparent, merit-based, four-phase application process designed for prospective Indian and international technical applicants.

1

Submit Application

Fill out the official online enquiry form with your educational credentials, current branch/specialization, and desired EV course track.

2

Profile Assessment

An academic technical counselor reviews your background, evaluates course eligibility, and confirms which track aligns best with your goals.

3

Seat Confirmation

Confirm your enrollment via the official payment gateway or choose an installment plan. Seats are capped at 30 per batch to ensure dedicated lab access.

4

LMS Onboarding

Receive digital LMS access, study guides, and schedule dates for weekend live virtual lectures and Mumbai/Pune practical laboratory bootcamps.

Fee Transparency

Course Fees & Flexible Installment Schedules

Honest, verified tuition fees with zero hidden charges. Installment options and corporate sponsorship paths available.

Program TitleDuration & FormatTotal Verified FeeInstallment StructureOfficial Enrolment Action
PG Diploma in Electric Vehicle Technology1 Year (16 Modules, Blended Hybrid)₹160,000₹60,000 admission confirmation + 2 installments of ₹50,000 Enrol Now →
Diploma in Electric Vehicle Technology1 Year (2 Semesters, 510 Hours, 34 Credits)₹79,999₹35,000 admission confirmation + 2 installments of ₹22,500 Enrol Now →
Fundamentals of Electric Vehicle Technology1 Month / Self-Paced (6 Modules)₹9,999 (₹14,999)Single one-time payment with instant LMS access Enrol Now →
EV Software & Embedded Systems Specialist3–6 Months Specialized Technical TrackContact AdmissionsCustom individual and corporate sponsorship options Check Eligibility →
💳 Flexible Payment Modes

Support for UPI, Net Banking, all major Credit/Debit Cards, and Razorpay-secured checkout.

💼 Corporate Sponsorship

Companies upskilling engineering teams can request GST invoices and custom batch schedules.

💬 Fee Guidance via WhatsApp

Have questions about EMI options? Chat directly on WhatsApp →

Applied Outcomes

Capstone Engineering Projects & Learner Outcomes

IISE students do not just study theory—they build, test, and document real automotive engineering projects that validate their competence to employers.

Battery Engineering Project

48V 100Ah LFP Pack with Thermal Runaway Barrier

Designed and assembled a 16S2P prismatic battery pack for an electric 3-wheeler. Implemented passive cell balancing BMS, thermal aerogel barriers, and validated AIS-156 Amendment 3 compliance.

Student: Mechanical & Thermal Batch
Motor Control Project

Field-Oriented Control (FOC) for 5kW PMSM Traction Motor

Developed Space Vector PWM switching algorithms on an STM32 microcontroller. Configured Clarke/Park transforms, PI current loops, and demonstrated 92% efficiency on the laboratory dynamometer.

Student: Electrical & Electronics Batch
Clean Energy Integration

Solar-Coupled 60kW DC Fast Charging Hub Design

Engineered a complete charging hub model combining a 30 kWp rooftop solar PV array, a 100 kWh stationary lithium buffer, and dual CCS2 DC chargers with smart peak-shaving control.

Student: Clean-Tech Entrepreneurship Batch
Common Queries

Frequently Asked Questions About EV Courses in India

Verified answers regarding admissions eligibility, course duration, hands-on lab sessions, fees, and placement support.

1. Which EV course is best suited for mechanical engineering graduates? +
The PG Diploma in Electric Vehicle Technology is specifically structured for mechanical and automobile graduates. It bridges the critical transition from internal combustion engines to electric powertrains, focusing heavily on battery pack enclosure design, thermal liquid cooling systems, vehicle dynamics, transmission reduction sizing, and high-voltage integration.
2. Are the classes completely online, or is physical lab attendance mandatory? +
IISE follows a flexible blended hybrid delivery model. Theoretical lectures, circuit schematics, and simulation sessions are delivered live online on weekends so working professionals and college students can attend without relocating. Practical lab bootcamps are conducted at our dedicated facilities in Mumbai and Pune, where learners handle physical cell testing, spot welding, motor dynamometers, and charging stations.
3. What high-voltage safety standards and protocols are taught? +
High-voltage safety is integral to our curriculum. We train students on AIS-038 Rev 2 (safety requirements for M and N category vehicles), AIS-156 Amendment 3 (battery safety for 2-wheelers and 3-wheelers), Class 0 1000V dielectric PPE usage, insulated CAT III/IV tools, and industrial Lockout-Tagout (LOTO) protocols required for vehicle workshop maintenance.
4. Can non-engineers or fresh 12th pass students join? +
Yes. Students who have completed 10+2 with Science or Vocational Technical subjects can enrol in the Diploma in Electric Vehicle Technology or the Fundamentals of Electric Vehicle Technology foundation course. These courses build the necessary electrical, mechanical, and safety fundamentals from the ground up.
5. What is the fee payment structure and are EMI plans available? +
Course fees are fully transparent: the 1-Year PG Diploma is ₹160,000, the 1-Year Diploma is ₹79,999, and the 1-Month Fundamentals course is ₹9,999. We provide flexible installment schedules (seat confirmation advance followed by 2 installments) and zero-cost EMI facilities through partner banks to make technical education accessible.
6. How does IISE assist students with job placements and internships? +
IISE provides dedicated placement assistance including technical resume review, mock interviews with automotive domain experts, and direct corporate interview referrals across EV OEMs, Tier-1 suppliers, battery assembly plants, and charging network operators throughout India.
7. Where are the practical training sessions conducted? +
Practical laboratory bootcamps are conducted at IISE's dedicated technical training centers located in Mumbai and Pune, Maharashtra. These centers are fully equipped with battery spot welders, programmable cell cyclers, motor dyno test rigs, and AC/DC charging stations.
8. What software tools and simulation environments will I learn? +
Depending on your chosen course track, you will be exposed to industry-standard tools including MATLAB/Simulink (for powertrain simulation and drive cycles), CAD modeling tools for battery pack design, CAN bus protocol analyzers, and PC-based BMS configuration interfaces.
9. What is the key difference between the PG Diploma and the Diploma in EV Technology? +
The PG Diploma is an advanced engineering-level program (16 modules) focused on subsystem design, mathematics, FOC motor control, thermal management simulations, and R&D capstone work. The Diploma is a practical technical qualification (510 hours, 34 credits) centered on hands-on assembly, wiring harness fabrication, battery pack testing, workshop maintenance, and service diagnostics.
10. What certification will I receive upon graduation? +
Graduates who complete all coursework, practical lab evaluations, and the capstone project receive the official IISE Diploma / Postgraduate Diploma Certificate, which is widely recognized across India's renewable energy, automotive, and battery industries.
Upcoming Intake 2026–27

Accelerate Your Career in India's Electric Vehicle Revolution

Join India's most credible practical institution for electric vehicle and battery engineering. Limited seats per batch to ensure dedicated laboratory access and direct faculty mentorship.

✓ Instant Seat Confirmation ✓ Transparent Installment Options ✓ Verified Hardware Labs in Mumbai & Pune
Official Admissions Desk

Request Course Syllabus & Admissions Counseling

Have specific questions about eligibility, upcoming batch dates, or installment options? Share your details to connect with a senior technical advisor.

📞
Admissions Helpline / WhatsApp +91 98192 25503
📍
Hardware Training Centers Mumbai & Pune, Maharashtra, India
⚡
Quick WhatsApp Response Average response time under 15 minutes during business hours

Submit Admissions Enquiry

Connected to official admissions workflow (Gravity Forms ID: 24).

Automotive Standards & Compliance

Automotive EV Technical Standards & Glossary

A reference guide to the automotive regulations, safety standards, and engineering frameworks taught across IISE's EV programs.

Regulatory StandardGoverning Body / OriginTechnical Domain & ScopeCurriculum Module Coverage
AIS-038 (Rev 2)Automotive Research Association of India (ARAI)Specific safety requirements for electric powertrains in M and N category vehicles (passenger cars & commercial buses).Module 02, Module 12
AIS-156 (Amend 3)Ministry of Road Transport and Highways (MoRTH)Safety and thermal runaway propagation requirements for L-category vehicles (electric 2-wheelers & 3-wheelers).Module 03, Module 04, Module 12
IEC 61851 / SAE J1772International Electrotechnical CommissionConductive electric vehicle charging systems, control pilot signaling, and electrical protection protocols.Module 07
ISO 26262International Organization for StandardizationRoad vehicles functional safety lifecycle, hazard analysis and risk assessment (HARA), Automotive Safety Integrity Levels (ASIL A to D).Module 04, Software Track
UN R100 (ECE-R100)United Nations Economic Commission for EuropeGlobal approval provisions for electric power train safety and Rechargeable Energy Storage Systems (REESS).Module 12, Module 13
Indian Institute of Solar Energy • Registered Clean Technology Institution • Mumbai & Pune Centers
Admissions Open 2026-2027💼 Job Assistance Guaranteed

Electric Vehicle Course in India – Hands-On EV Technology Training

Step into one of the fastest-growing industries with our Electric Vehicle Course in India, designed to equip you with job-ready, industry-relevant EV skills. Learn directly from experts, gain hands-on practical exposure, and unlock career opportunities in the rapidly expanding EV ecosystem.

Bridge the gap between academic learning and professional career advancement with our specialized EV technology course in India. Master battery management, motors, and smart charging.

Electric Vehicle Course in India

India's Booming EV Market at a Glance

30%
EV Penetration by 2030
10M+
Direct Jobs Forecast
200%
Yearly Adoption Growth
500+
Active Alumnae

Course Overview

We don’t just teach theory; we build industry-ready professionals through our EV course with job assistance in India. Electric Vehicles (EVs) are transforming the global transportation landscape. With strong government support, increasing fuel costs, and a shift toward sustainability, the EV industry is witnessing exponential growth.

This course provides comprehensive training in EV systems, battery technology, and charging infrastructure, ensuring you are ready to work in real-world EV applications.

Why Choose an EV Career?

  • Rapid growth in EV adoption across India
  • High demand for skilled EV professionals
  • Government initiatives like FAME accelerating opportunities
  • Strong career potential in manufacturing, service, and entrepreneurship

EV Diploma Course Curriculum

StudentsChargingMentorAlumni

Choose Your Career Path

Tailored programs designed by industry veterans at the electric vehicle training institute India for every career stage.

★

PG Diploma in EV Technology

Duration: 12 Months

Comprehensive masterclass covering design, testing, and system integration for senior engineering roles.

  • ✓ Advance BMS Design
  • ✓ Thermal Management
  • ✓ Vehicle Simulation
Learn More
🏫

Diploma in EV Technology

Duration: 12 Months

Practical focused curriculum for graduates looking to pivot into the green mobility sector quickly.

  • ✓ Motor Control Logic
  • ✓ Charger Infrastructure
  • ✓ Testing Frameworks
Learn More
✓

EV Certifications

Duration: 3–6 Months

Rapid upskilling for working professionals focusing on specific domains like EV battery management training.

  • ✓ Battery Basics
  • ✓ Safety Protocols
  • ✓ Regulatory Compliance
Learn More

Master Core EV Technologies

Comprehensive curriculum covering the entire EV ecosystem. This program  emphasizes hands-on learning, ensuring real-world competence.

You will work on:

🔋
Battery BMS
⚙
Electric Motors
☀
Solar+EV Integration
⚡
Power Electronics
🔆
Drive Cycles
📡
CAN Bus Comms
🔌
Charging Infra
🛡
EV Safety

Advanced Hands-on EV Labs- Electric Vehicle Workshop Sessions

Experience real-world engineering at our state-of-the-art facility. Work with professional testing tools and actual EV components.

🔬
Live BMS Simulation Labs
⚙
Motor Assembly Workshops
EV Lab Work

EV Engineer Salary & Career Scope in India

Future-Proof Your Career

The industry is seeking specialists. Here’s where you could be. After completing this course, you can pursue roles such as:

  • EV Engineer
  • Battery Engineer
  • Charging Infrastructure Specialist
  • EV Technician
  • EV Business Entrepreneur

EV Design Engineer

8 – 15+ LPA (Exp)

Battery Specialist

6 – 12 LPA (Mid)

Charging Tech

3 – 6 LPA (Entry)

Project Manager

12 – 20+ LPA

Why Indian Institute of Solar Energy?

We don’t just teach theory; we build industry-ready professionals through our EV course with job assistance in India.

  • Industry-aligned EV curriculum
  • Strong focus on practical training
  • Experienced trainers from EV sector
  • Hybrid learning flexibility
  • Career-oriented approach
✓
UGC Recognized Certification

Global validity for your professional credentials.

✓
Hybrid Learning Model

Online theory combined with weekend practical labs.

✓
100% Placement Support

Mock interviews and resume building with HR experts.

StudentsChargingMentorAlumni

Invest in Your Future Today
EV Courses in Mumbai & Pune

Starting from ₹4,500/month with zero-cost EMI options. Secure your seat with a token amount of ₹5,000.

💳
Easy EMI
⭐
Early Bird Offer
👫
Referral Bonus
Apply Now – Limited Seats Left

Frequently Asked Questions

Engineers (Electrical, Mechanical, Electronics), Final year students, and professionals looking to transition to the EV sector are eligible. We also have specialized tracks for entrepreneurs.

Yes, our dedicated placement cell works with leading EV manufacturers like Tata Motors, Ola Electric, and Mahindra Electric to ensure our students get prioritized for interviews.

You will work on live BMS units, assemble battery packs, program motor controllers, and use industrial simulation software like MATLAB and Ansys for EV design.

The EV industry offers high-growth careers in engineering, battery technology, charging infrastructure, and entrepreneurship.

Freshers can earn ₹3–6 LPA, with higher growth as experience increases.

EV Systems
One Year
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Fundamentals of Electric Vehicle Technology
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