What You'll Learn
Six core competency areas — from EV fundamentals to full powertrain simulation
EV Fundamentals & Architecture
Types of electric vehicles, system architecture, core components, and how every subsystem fits together inside a modern EV.
FoundationBattery Technology
Li-ion, LFP, and NMC chemistries — performance, safety, lifecycle, and pack-level design built and tested in MATLAB.
Core SkillBattery Management Systems
BMS architecture, SoC/SoH estimation, thermal management, cell balancing, and the sensors that keep packs safe.
In-DemandVehicle Dynamics
Tractive force, power & acceleration calculations, tyre mechanics, and range optimisation modeled end-to-end in MATLAB.
Applied EngineeringPower Electronics & Powertrain
Inverters, DC-DC converters, on-board chargers, and how power flows from the pack to the wheels.
Cutting EdgeSafety, Standards & Future Tech
Automotive safety protocols and testing, plus a forward look at solid-state batteries, V2G, and autonomous EVs.
Production ReadyBuilt to Get You Hired in the EV Industry
A program that pairs core electrical & mechanical theory with hands-on MATLAB/Simulink practice — so you graduate with both a portfolio and a certificate.
India's electric vehicle industry is opening up roughly 20,000 new roles every year — design engineers, battery engineers, BMS specialists, and charging-infrastructure engineers among them. This course is built to put you on that path from day one, starting at the fundamentals of how an EV works and progressively building toward full battery pack design and powertrain simulation.
Every module is taught by mentors who've worked on real EV systems in the industry. You'll build hands-on MATLAB/Simulink projects — from vehicle dynamics models to a complete EV powertrain — that go straight into your portfolio. The course ends with a performance-based LOR, dual certification, and direct placement referrals to EV companies actively hiring.
Course Benefits
Unlock the High-Demand EV Career Path
~20,000 new openings across EV design, battery engineering, and charging infrastructure roles
✓ Career Opportunities
From design to battery tech — diverse entry-level roles across auto, energy, and tech sectors.
📈 Future Growth
Advancing tech and sustainability goals are driving long-term career growth and leadership paths in EV.
🔥 Rising Demand
EV skills are becoming a must-have across one of the fastest-growing manufacturing sectors in India.
🎯 For Freshers
The right certification can put freshers into well-paid EV roles from day one — no prior experience required.
Course Curriculum
Four stages, twelve modules, one pipeline to becoming an EV systems engineer — click any module to expand
- What is an electric vehicle
- Types of electric vehicles
- History & evolution
- Core components of an EV
- System architecture layouts
- How subsystems interconnect
- MATLAB environment setup
- Simulink modeling basics
- Building your first EV model
- Tractive force & resistance
- Power & acceleration
- Energy efficiency basics
- Tyre construction
- Rolling resistance calculations
- Dynamic load behaviour
- Building a full EV model
- Simulating drive cycles
- Performance validation
- Basics of battery chemistry
- Cell, module & pack levels
- Key battery parameters
- Li-ion, LFP & NMC chemistries
- Performance & safety
- Degradation & lifecycle
- Pack sizing & layout
- Series/parallel configuration
- Pack design in MATLAB
- BMS architecture
- SoC, SoH & temperature control
- Hardware & sensors
- Inverters — DC to AC
- DC-DC converters
- On-board chargers (OBC)
- Integrating battery + BMS + powertrain
- Design of components in MATLAB
- Capstone project review
Capstone Project · Dual Certification · Placement Ready
Every stage feeds into a portfolio-ready EV systems engineer — backed by hands-on MATLAB projects and a performance-based LOR.
Your Dual Certificates
Two industry-recognized credentials awarded on successful completion
Why Choose This Course
Everything you need to go from curious learner to confident EV systems engineer
Industry Expert Trainers
Learn from mentors who've worked on real EV systems in the industry — not just academic theory.
Hands-On MATLAB Projects
Build battery pack, vehicle dynamics, and powertrain models that go straight into your portfolio.
Dual Certification
Course Completion + Internship Certificate — two industry-recognized credentials in one program.
Performance-Based LOR
A star-rated, personalized Letter of Recommendation based on what you actually built and achieved.
1:1 Mentor Support
Direct access to mentors for doubt clearing, project reviews, and career guidance whenever you need it.
Placement Referrals
Direct referrals to our hiring partner network across the EV and automotive industry.
Requirements
- No prior EV or MATLAB experience required — we start from the basics
- Basic understanding of physics & electrical concepts is helpful
- A computer with internet connection
- Curiosity, commitment, and an interest in how EVs really work
Material Includes
- 35+ hours of recorded video lectures
- Lifetime LMS access — revisit anytime
- Section quizzes, assessments & assignments
- Hands-on MATLAB/Simulink projects
- Course Completion Certificate
- Internship Experience Certificate
Simple, Transparent Pricing
Pick the learning style that suits you best — both include dual certification and placement support