A fast-growing field
EV makers, battery companies and component suppliers in India are building new engineering teams.
CADD Centre · Electrical CADD
Electric Vehicle (EV) Design Course in Vellore, Katpadi & Ranipet
Learn how electric vehicles work and are designed – batteries and BMS, motors and powertrains, vehicle dynamics and range simulation.
3 levels40 h108 topics3 centresClassroom · Online · Hybrid
01What is Electric Vehicle (EV) Design
What is Electric Vehicle (EV) Design? In plain words.
Electric vehicle (EV) design brings together batteries, electric motors, power electronics and vehicle dynamics. These programmes explain how an EV is built and how its main systems are sized: the battery pack and its battery management system (BMS), the motor, inverter and transmission that make up the powertrain, and the auxiliary systems, sensors and CAN bus that tie the vehicle together. MATLAB-based modelling is used to simulate performance and range.
India's two-wheeler, three-wheeler, car, bus and battery makers are all building EV teams, and component suppliers are adding motors, chargers and battery packs to their product lines. Employers look for engineers who understand battery chemistry and pack calculations, motor selection, power converters and model-based design, not just general automobile knowledge. These courses give that EV-specific base.
Vellore sits on the Chennai–Bengaluru corridor, close to EV and component makers around Chennai, Sriperumbudur and Hosur. EV skills let engineering students from Katpadi, Vellore and Ranipet aim for this growing sector without moving far.
What you will be able to do
- Explain EV system architecture and compare EVs with conventional vehicles
- Calculate driving resistances, tractive effort and power demand over a driving cycle
- Compare battery chemistries, types and forms for EV use
- Size a battery pack and estimate vehicle range
- Describe BMS functions including charge/discharge control, cell balancing and thermal management
- Select and size electric motors and understand inverters and DC-DC and AC/DC converters
- Model a powertrain and simulate vehicle performance and range using model-based design
- Explain auxiliary systems, EV sensors, CAN bus and charging infrastructure such as V2G and battery swapping
02Why learn it
Why learn Electric Vehicle (EV) Design now?
Six reasons students and professionals in Vellore district pick this skill.
Three focused programmes
Choose battery design, powertrain design or overall EV technology – or take all three for a complete picture.
Real calculations
You size battery packs, estimate energy use over a driving cycle and select motors from torque and speed needs.
BMS know-how
Charging and discharging control, cell balancing and thermal management are core skills in battery teams.
Simulation with MATLAB
Model-based design, range simulation and motor efficiency plots show how design choices affect performance.
Cross-discipline skill
EV work suits electrical, electronics and mechanical engineers alike, widening your job options.
03Who can learn
Who can join this course?
BE/BTech EEE and ECE students
Apply electrical and electronics knowledge to batteries, motors and converters.
BE/BTech Mechanical and Automobile students
Add electric powertrain and vehicle dynamics to your automotive skills.
Diploma EEE, ECE and Automobile students
Understand EV systems for service, testing and production roles.
ME/MTech students
Build a foundation for EV projects in power electronics or automotive engineering.
Working automotive engineers
Move from IC-engine work into electric vehicle projects.
Battery and power electronics professionals
Widen your view to the full vehicle and its powertrain.
Before you start: An engineering or diploma background in electrical, electronics, mechanical or automobile is expected. Basic physics, electrical circuits and some comfort with a computer help; MATLAB is introduced in the course.
04Levels & syllabus
Every Electric Vehicle (EV) Design level, topic by topic.
3 programmes on one page. Pick a level to see its modules and every topic covered.
Foundation level
Essential in EV Battery Design
Engineers who want to specialise in EV batteries, battery packs and battery management systems.
40 hours8 modules · 29 topicsCode ESCOM2210Certificate: CADD Centre network
8 modules · 29 topics
01Introduction to Energy and Batteries5 topics
Basic Chemistry and Physics of EnergyEnergy Conservation SystemsRenewable and Non-Renewable EnergyInvention of the BatteryLater Developments and Uses
02Materials Used in EV Batteries2 topics
Battery Material – Type and FormElectrochemical Processes Involved
03Battery Classification and Types3 topics
Classification of Batteries Used in EVsTypes of BatteryCase Studies
04Battery Design and Manufacturing6 topics
Battery System ArchitectureBattery System DesignController DesignBattery ModellingBattery ManufacturingBattery Range Modelling
05Size and Shape of Battery4 topics
Different Shapes of BatteriesSizing of BatteryBattery Pack CalculationsEnergy Consumption of the Vehicle on a Driving Cycle
06Packaging and Safety3 topics
Battery PackingSafety Measures in BatteriesImpact of Battery Impedance on EV
07Charge and Discharge Architecture2 topics
Charging the EV BatteryDischarging the EV Battery
08Battery Management System (BMS)4 topics
Need for BMSCharging and Discharging ControlCell BalancingThermal Management
Foundation level
Essential in EV powertrain design
Electrical and mechanical engineers who want to design and simulate EV motors, drives and powertrains.
40 hours5 modules · 18 topicsCode ESCOM2211Certificate: CADD Centre network
5 modules · 18 topics
01Vehicle Dynamics Modelling3 topics
Power Demand in Driving CyclesEnergy DemandMotor Speed and Torque Characteristics
02Motors, Power Inverters and Electronic Motor Control3 topics
Motor Controls and CharacteristicsDC to DC ConvertersAC/DC Converters
03Powertrain Design5 topics
Powertrain ArchitecturesSpeed, Torque and Power of Planetary GearsMechanical Gear-Train ModellingElectric Drive ModellingAnalysis of the Power Drive System
04Powertrain Modelling and Simulation4 topics
Model-Based Design Solution for Powertrain and Control SystemMotor Selection and SizingPower SimulationCase Studies: Model Development and Simulation
05System Modelling and Control3 topics
Mechanical System ModellingElectrical System ModellingControl System Design
Foundation level
Essential in EV technology and operations
Beginners and engineers from any related branch who want a complete overview of EV systems, sensors and simulation.
40 hours8 modules · 61 topicsCode ESCOM2209Certificate: CADD Centre network
8 modules · 61 topics
01Introduction to Electric Vehicles6 topics
History of EVsBasic Chemistry and Physics of EnergyBenefits of Using EVsSocio-Economic Impact of EVsRenewable EnergiesTechnology Challenges and Types of EVs
02EV System Architecture1 topics
Major Systems in EV Architecture
03Vehicle Dynamics11 topics
Introduction to Vehicle Dynamics Modelling for EVsMajor TerminologiesTwo Wheel Model and Four Wheel ModelVehicle MovementRolling ResistanceAerodynamic DragGrading ResistanceAcceleration ResistanceTotal Driving ResistanceDynamic EquationTyre–Ground Adhesion and Maximum Tractive Effort
04EV Propulsion System6 topics
Electric Motors – Types and SelectionPower ConverterThe Motor ControllerRegenerative BrakingMechanical TransmissionDriving Wheels
05EV Energy Source System9 topics
Chemical Energy and BondingChemical Energy and ThermodynamicsIntroduction to ElectrochemistryBatteries: Parameters, Types, Selection and ModellingFuel Cells: Types and Fuel Cell SystemCapacitors as an Energy SourceEV Recharging and Refuelling SystemsVehicle-to-Grid (V2G)Energy Management: BMS and Fuel Cell Water and Thermal Management
06EV Auxiliary Systems and Sensors13 topics
Power Steering UnitHeating and Cooling SystemsTemperature Control UnitAuxiliary Power SupplyAutomotive ComputerEmbedded Controllers, Communications and the CAN BusMonitoring the CAN BusElectronic Parking Brake SystemPosition SensorsBattery Monitoring SensorsPassenger Safety SensorsTyre Pressure SensorsAnti-Theft Sensors
07MATLAB and LabVIEW Fundamentals7 topics
Introduction to MATLAB and LabVIEWIntroduction to Model-Based DesignPerformance Simulation of a VehicleRange Simulation of an EVElectric Scooter Range ModellingFuel Cell Range SimulationMotor Efficiency Plots
08Future of EV8 topics
Case StudiesElectric Road-Rail SystemsChallenges and InfrastructureWireless Charging of EVsOn-Road ChargingBattery Swap TechnologySolar-Powered EVsCharging EVs from Renewables
05Choose your level
Which level is right for me?
New to EVs? Start with Essential in EV technology and operations for the full picture of architecture, dynamics, sensors and simulation. Then pick EV Battery Design if you want to work on packs and BMS, or EV powertrain design if motors, converters and drive modelling interest you more. Each programme is 40 hours.
| Programme | Level | Hours | Best for |
|---|---|---|---|
| Essential in EV Battery Design Code ESCOM2210 | Foundation | 40 h | Engineers who want to specialise in EV batteries, battery packs and battery management systems. |
| Essential in EV powertrain design Code ESCOM2211 | Foundation | 40 h | Electrical and mechanical engineers who want to design and simulate EV motors, drives and powertrains. |
| Essential in EV technology and operations Code ESCOM2209 | Foundation | 40 h | Beginners and engineers from any related branch who want a complete overview of EV systems, sensors and simulation. |
Foundation
Course on · Essential · Certificate · SKEP · Executive DiplomaStart here. Core tools, workflow and a practice project.
Professional
Proficient · ProfessionalIndustry-style exercises, advanced features and a portfolio project.
Master
Advanced · Expert · MastersComplete programmes that combine several tools and a capstone project.
06Hands-on
Projects you will build
You learn by making real deliverables – reviewed by your trainer before certification.
Battery pack sizing
Choose cells and size a pack for a target range using energy consumption over a driving cycle.
BMS function study
Map out charge/discharge control, cell balancing and thermal management for a given pack.
Motor selection for a vehicle
Work out torque, speed and power needs and select and size a suitable motor.
Electric scooter range model
Build a MATLAB model to estimate the range of an electric scooter.
Powertrain simulation
Model mechanical and electrical subsystems and simulate powertrain performance.
Tools & features covered
MATLABLabVIEW (introduction)Model-based designBattery pack sizing and range calculationsBMS concepts (cell balancing, thermal management)Motor, inverter and DC-DC/AC-DC converter basicsPowertrain and gear-train modellingCAN bus monitoringDriving cycle energy analysis
Talk to a counsellor about Electric Vehicle (EV) Design
Get the full syllabus PDF, current fee, offers and the next batch date on WhatsApp – usually within minutes during centre hours.
07Careers
Jobs you can apply for after Electric Vehicle (EV) Design
Roles that list this skill in Indian job postings.
EV Design Engineer (Trainee)
Supports the design and integration of EV subsystems.
Battery Pack Design Engineer
Designs cell configuration, packaging and safety features of battery packs.
BMS Engineer
Works on battery monitoring, balancing and protection functions.
Powertrain Engineer
Selects and integrates motors, inverters and transmissions.
Simulation / Model-Based Design Engineer
Builds MATLAB models to predict vehicle performance and range.
EV Testing and Validation Engineer
Tests vehicles, packs and drives against specifications.
EV Service / Application Engineer
Supports diagnosis, service and customer applications of EVs.
Salary you can expect
Fresher0–2 years₹2.5–4.5 LPA
Experienced3–5 years₹5–9 LPA
Senior6+ years₹10–18 LPA
Indicative ranges for India; pay varies by company, city, skills and experience. Figures in lakh per annum (LPA).
Industries that use it
Electric two- and three-wheelersPassenger and commercial EVsBattery manufacturingAutomotive componentsPower electronicsCharging infrastructureAutomotive R&D and engineering servicesEnergy storage
Companies that use these skills
Tata MotorsMahindra Electric AutomobileOla ElectricAther EnergyTVS Motor CompanyHero MotoCorpBajaj AutoAshok LeylandHyundai Motor IndiaExide IndustriesAmara RajaBosch IndiaTata AutoCompTata ElxsiL&T Technology Services
Examples of well-known companies and sectors in India that use these skills. They are not CareerKraft partners or recruiters.
Your career path
1
Graduate Engineer Trainee – EV
Assists design, testing or production teams on EV subsystems.
2
EV / Battery / Powertrain Engineer
Owns calculations, simulations and integration for a subsystem.
3
Senior Engineer
Leads subsystem design and works with suppliers and test teams.
4
Lead Engineer / Project Manager
Manages EV programmes or a battery or powertrain team.
Placements
Students placed from our centres
Naresh N
Knitwear Designer & Quality Checker
SGS India Pvt. Ltd, Bengaluru
Surendar S
Design Engineer, Assistant Engineer - Design
Hirise Drafting and Consulting Pvt. Ltd, Eversendai Construction Pvt. Ltd (ECPL), Chennai
Suresh K
CNC Lathe Programmer
Propel Valve Pvt. Ltd
Anish R
Design Engineer
New Auto Tech Pvt. Ltd
08How you learn
Classroom, online or both.
Same syllabus and certificate in every mode. Your counsellor confirms the mode based on trainer availability for your batch.
Classroom
Learn in our labs at Katpadi, Vellore or Ranipet with your trainer beside you and classmates to build with.
Online
Live sessions from home with the same syllabus, projects and certificate. Good if you cannot travel every day.
Hybrid
Lab days plus online sessions around college or work. The mode depends on trainer availability for your batch.
Certificate
On completing a level and its project assessment, you receive the course certificate of the CADD Centre network, issued through CareerKraft as the authorised training partner.
Batches & timings
Weekday, weekend and fast-track batches within centre hours (Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM). Ask for the next start date at your centre.
Fees & EMI
The fee depends on the level and mode. Your counsellor shares the current fee, offers and EMI options on WhatsApp.
Why learn at CareerKraft
Authorised partner training
Structured syllabi and certificates from the CADD Centre, Livewire and SynergySBS networks.
Learn by doing
Hands-on lab work and a project assessed before you are certified.
Personal attention
Industry-experienced trainers and batches small enough to ask questions.
Placement support
Resume help, mock interviews and job leads when you are ready – no false promises.
Career guides that include this course
11Where to learn
Learn Electric Vehicle (EV) Design at any of 3 centres
Same syllabus, trainer standard and certificate at every centre. Tap the centre you want.
Electric Vehicle (EV) Design in Katpadi
Near Aascars Cinemas, Katpadi
CADD Centre Katpadi
Electric Vehicle (EV) Design in Vellore
Near Raja Theatre, Vellore
CADD Centre Vellore
Electric Vehicle (EV) Design in Ranipet
Near SBI, Muthukadai, Ranipet
CADD Centre Ranipet
Guides about Electric Vehicle (EV) Design
Design & Engineering
EV Design Careers in Tamil Nadu: Roles, Skills and How to Start
What EV design work actually involves, which roles exist in Tamil Nadu's auto belt, and the skills engineers and diploma holders need to get started.
9 min readRead
Technology
PCB Design Career Guide: Skills, Software and Jobs for Electronics Students
Every electronic product needs a printed circuit board. Learn what PCB designers do, the skills and software involved, and how to start this career.
8 min readRead
09FAQ
Electric Vehicle (EV) Design course – your questions answered
12 answers about levels, duration, eligibility, certificate, placement support and fees.
Still have a question? The counsellor at the centre you prefer replies on WhatsApp.
Ask on WhatsAppWhat is taught in the EV Design course?
There are three 40-hour programmes: EV Battery Design (batteries, packs and BMS), EV powertrain design (motors, converters, drive modelling and simulation) and EV technology and operations (architecture, vehicle dynamics, sensors, CAN bus and MATLAB simulation).
Who can join the EV courses?
Engineering and diploma students or graduates in EEE, ECE, mechanical or automobile, and working engineers moving into EVs. Basic physics and electrical fundamentals are expected.
How long is each programme?
Each of the three programmes – EV Battery Design, EV powertrain design and EV technology and operations – is 40 hours. You can take one or combine them.
Which EV programme should I choose first?
If you are new to EVs, start with EV technology and operations. Choose Battery Design if you are interested in packs and BMS, and Powertrain Design if you prefer motors, converters and drive systems.
What jobs and salary can I expect?
Roles include EV design trainee, battery pack or BMS engineer, powertrain engineer and simulation engineer. Freshers typically start around ₹2.5–4.5 LPA, with more in metros and with project experience. These figures are indicative and vary by company, city and skills.
Can I take the EV Design course online or in hybrid mode?
Yes. EV Design training is offered in classroom, online or hybrid mode, depending on trainer availability at your chosen centre. The counsellor will confirm which batches and modes are open when you enquire.
Is there a free demo class?
You can ask for a demo or a counselling session at the Katpadi, Vellore or Ranipet centre before you join. It helps you see how classes run and meet the trainer. Message the centre on WhatsApp to book a slot.
Will I get a certificate?
Yes. On completing the programme and its assessments you receive a course certificate from the training partner through CareerKraft. It shows the exact programme title and can be added to your resume and LinkedIn profile.
Do you provide placement support?
Yes, we offer placement support: help with your resume and portfolio, mock interviews and sharing of job leads we come across. We do not promise or guarantee a job – your skills, practice and interview performance decide the outcome.
What is the fee for the EV Design course?
Fees change with the level, mode and current offers, so we do not print them here. The counsellor at your chosen centre will share the current fee, any offers and EMI options on WhatsApp.
Do I need my own laptop?
Classroom batches use the centre's systems. For online or hybrid learning you need a laptop that can run MATLAB for the simulation sessions; the counsellor can tell you the recommended setup.
Which centre can I join and what are the timings?
The course runs at all three CareerKraft centres – Katpadi (Near Aascars Cinemas, Katpadi), Vellore (CSI Complex, Anna Salai, near Raja Theatre) and Ranipet (Krishnagiri Trunk Road, near SBI, Muthukadai). Centres are open Monday to Saturday 9:30 am–6:30 pm and Sunday 9:00 am–2:00 pm.
10Keep exploring
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Start today
Get the Electric Vehicle (EV) Design syllabus, fees & batch dates
Fill this in and WhatsApp opens with your details, addressed to the centre you choose. The counsellor replies with the full syllabus, current fee, offers and the next batch.
- Free counselling and demo class
- Real projects and placement support
- Classroom, online or hybrid batches
- Replies Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM