3 Months
Course Duration
MechEase Institute
Electrical · Electric Vehicle
Hands-on Practical EV Course
Hands-on practical EV course for electrical engineers. Specialize in electric motor & battery design — power converters, motor control, FEA-based motor design, and advanced battery modelling — with placement support in Pune & PCMC.
Best Rated for EV Course
11+
Industry Mentors
Online / Offline
Classroom + Live
Our learners work with leading engineering companies
Tata Motors
Mahindra
Bosch
L&T
Siemens
Bajaj Auto
5 key benefits of learning Electric Vehicle (Electrical) from us
- Industry-Aligned Curriculum : Cover the latest advancements in electric vehicle technology — from battery design to powertrain and charging infrastructure — used by OEMs and EV startups.
- Complete EV Systems Understanding : Build end-to-end knowledge of EV systems including vehicle control, thermal management, and industry regulations through practical exercises and simulation tools.
- Electrical Stream Specialization : Specialize in Electric Motor & Battery Design — motor control & drives, FEA-based motor design for EV applications, and advanced battery modelling & analysis.
- Beginner to Advanced + Expert Faculty : Whether you are a fresher, diploma holder, engineering graduate, or professional transitioning into EV, the syllabus is built to take you from fundamentals to industry-ready skills.
- Placement, Projects & Soft Skills : Hands-on projects, soft-skills development, industry-recognised certification, resume prep, practice interviews, and 100% placement assistance.
Skills & Tools
Software & Skills You'll Build
Tools, standards, and job-ready capabilities covered in this program.
- Vehicle Fundamentals
- Battery Technology
- Battery Sizing
- BMS (Battery Management System)
- MATLAB Simulink
- Mechanical Sub-systems
- Charging Infrastructure
- Low-voltage Systems
- Testing of EVs
- Wiring Harness
- Motor Control & Drive Systems
- Power Converters
About the Course
Electric Vehicle (Electrical)
MechEase offers an industry-aligned Electric Vehicle curriculum covering the latest EV technology used in the market. The Electrical stream specializes in Electric Motor & Battery Design — after shared EV foundations, you cover advanced power converters, motor design, control systems, and battery modelling to equip you with practical, industry-ready skills for EV roles.
Projects Covered
Build Portfolio-Ready Work
Practical assignments you complete during training clean, review-ready, and interview-ready.
PMSM / BLDC motor design study
PortfolioHands-on pmsm / bldc motor design study practice aligned to electric motor & battery design
Power converter & PWM exercise
Hands-on power converter & pwm exercise practice aligned to electric motor & battery design
Battery modelling & parameter estimation
Hands-on battery modelling & parameter estimation practice aligned to electric motor & battery design
Motor control strategy simulation (MATLAB)
Hands-on motor control strategy simulation (matlab) practice aligned to electric motor & battery design
Syllabus
Course Curriculum
Expand any section to preview topics.
01 Unit 1 - Preparatory Module
Electric Vehicles vs. Conventional Automobiles, introduction to simulation tools, and introduction to Embedded C programming foundations for EV teams.
02 Unit 2 - EV Foundation
Fundamentals of electric vehicles and supporting infrastructure; vehicle dynamics, battery and motor capacity estimation; EV architecture; EV components, system design and performance.
03 Unit 3 - Electric Motor
Fundamentals of electric motors; design of PMSM, BLDC, and SRM motors; power converters for EVs; pulse-width modulation concepts.
04 Unit 4 - Battery Technology & BMS
Battery cell technology and battery pack design; Battery Management System design; safety aspects and failure mechanisms; charging technologies and algorithms.
05 Unit 5 - Hybrid Vehicle Technology
Hybrid overview and industry impact; major hybrid technologies; major components principle, current status, and outlook.
06 Specialization : Motor Control & Drive Systems
Motor control techniques and algorithms; motor performance optimization using control strategies; motor testing standards and procedures.
07 Specialization : Electric Motor Design for EV
Key design considerations for electric motors; motor sizing and specification requirements; electromagnetic field analysis using Finite Element Analysis (FEA).
08 Specialization : Advance Battery Modelling & Analysis
Battery performance metrics; multiscale modelling approaches for batteries; model identification and parameter estimation techniques.
Our Extra
Placement-ready support beyond classroom training
Resume Preparation
Craft a clear engineering resume that highlights tools, projects, and domain skills employers scan for.
Interview Tips
Learn how to explain technical work, problem-solving, and project decisions with confidence.
Practice Interviews
Mock interviews with industry professionals plus actionable feedback before real hiring rounds.
Industry Internship
Access internship pathways with partner companies to gain practical exposure at no extra cost.
Register Yourself
Start Electric Vehicle (Electrical) at MechEase
Classroom and live online batches available. Talk to our team for demo class, fees, and upcoming batch dates.
ISO Certificate · 100% Placement Assistance · Online or Offline
FAQ
Frequently Asked Questions
Who can join the Electric Vehicle (Electrical) Course?
This course is suitable for freshers, diploma holders, electrical engineering students, graduates, and working professionals who want to build a career in electric vehicle technology.
Do I need prior experience in Electric Vehicle technology?
No. The course starts with EV fundamentals and gradually progresses to advanced topics such as electric motor design, power converters, motor control, battery modelling, and Battery Management Systems.
Which software and tools will I learn during the course?
You will work with MATLAB Simulink, FEA tools, Battery Management System concepts, motor control systems, power converters, and EV testing techniques used in the automotive industry.
Will I work on practical EV projects?
Yes. The training includes hands-on projects such as PMSM/BLDC motor design, battery modelling, power converter simulations, and motor control strategy development to strengthen your technical portfolio.
Is certification and placement assistance included?
Yes. After successfully completing the course, you will receive a course completion certificate along with resume preparation, mock interviews, internship guidance, and placement assistance.
What career opportunities are available after completing this course?
Graduates can pursue roles such as EV Design Engineer, Electric Motor Design Engineer, Battery Design Engineer, BMS Engineer, Power Electronics Engineer, Motor Control Engineer, EV Testing Engineer, and R&D Engineer in automotive and electric mobility companies.