Electric Vehicle Design & Integration Course

Master end-to-end electric vehicle design, battery systems, powertrain integration, BMS, charging technologies, and EV engineering with an industry-focused online certification programme.

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About the Program

The Electric Vehicle Design & Integration course by evACAD provides a comprehensive understanding of EV architecture, powertrain integration, battery systems, vehicle dynamics, charging technologies, and engineering validation. Learners gain practical knowledge through structured modules designed by industry experts.

Skills You Will Gain
IIM online course certificate
e-Powertrain Integration
IIM online course certificate
Battery System & BMS
IIM online course certificate
Power Electronics
IIM online course certificate
EVDI
IIM online course certificate
Functional & High-Voltage Saftey
IIM online course certificate
Telematics & OTA updates
IIM online course certificate
EV Charging Technologies

Why Learn Electric Vehicle Design & Integration?

• India's EV industry is expanding rapidly, creating demand for engineers with expertise in EV architecture, battery systems, and those who can integrate all these to work in harmony.
• Learn practical EV engineering concepts aligned with automotive industry requirements.
• Gain skills in BMS, power electronics, charging infrastructure, and functional safety that will help in your professional journey.
• Build expertise relevant to OEMs, Tier-1 suppliers, EV startups, and R&D organisations.

Program Curriculum

Course 01 - EV Technologies
Exercise
38
Learning Material:
45
Module 01: Course Introduction, Need of EV & Context
  • Course Introduction
    Video | 00:06:32
  • [Learning Session] Need of EVs
    Video | 00:35:47
  • [Quick Knowledge Check] Need of EVs
    Exercise
  • [Learning Session] Vehicle Classification
    Video | 00:14:51
  • [Quick Knowledge Check] Vehicle Classification
    Exercise
  • [Learning Session] Global e-Mobility Trends
    Video | 00:10:50
  • [Quick Knowledge Check] Global e-Mobility Trends
    Exercise
  • [Learning Session] Trends in e-Mobility & Vehicle Electrification
    Video | 00:25:51
  • [Quick Knowledge Check] Trends in e-Mobility & Vehicle Electrification
    Exercise
  • Feedback Form - Course Introduction, Need of EVs & Context
    External Link
  • Summary - Course Introduction, Need of EV & Context
    PDF
  • Module End Exam - Course Introduction, Need of EV & Context
    Exercise
Module 02: Battery - Unit cell and Pack
  • [Learning Session] Battery Basics - Electrochemistry
    Video | 00:13:03
  • [Quick Knowledge Check] Battery Basics - Electrochemistry
    Exercise
  • [Learning Session] Battery Specifications - C-Rate and Capacities
    Video | 00:08:12
  • [Quick Knowledge Check] Battery Specifications - C -Rate and Capacities
    Exercise
  • [Learning Session] Battery Specifications - OCV, SoC, DoD
    Video | 00:13:36
  • [Quick Knowledge Check] Battery Specifications - OCV, SoC, DoD
    Exercise
  • [Learning Session] Battery Specifications - SoH, Battery Life, Cell Voltage & Internal Resistance
    Video | 00:12:54
  • [Quick Knowledge Check] Battery Specifications - SoH, Battery Life, Cell Voltage & Resistance
    Exercise
  • [Learning Session] Li-ion Cell Chemistries and Sub-Chemistries
    Video | 00:11:14
  • [Quick Knowledge Check] Li-ion Cell Chemistries and Sub-Chemistries
    Exercise
  • [Learning Session] Li-ion Technology Advancements in EV
    Video | 00:06:38
  • [Quick Knowledge Check] Li-ion Technology Advancements in EV
    Exercise
  • [Learning Session] Cell Form Factors
    Video | 00:03:50
  • [Quick Knowledge Check] Cell Form Factors
    Exercise
  • [Learning Session] Unit Cell to Battery System
    Video | 00:03:52
  • [Quick Knowledge Check] Unit Cell to Battery System
    Exercise
  • [Learning Session] Heat Generation and Thermal Runaway
    Video | 00:06:18
  • [Quick Knowledge Check] Heat Generation and Thermal Runaway
    Exercise
  • Feedback Form - Battery - Unit Cell Pack
    External Link
  • Summary - Battery - Unit cell and Pack
    PDF
  • Module End Exam - Battery-Unit cell and Pack
    Exercise
Module 03: Traction Motors & Regeneration
  • [Learning Session] Electric Machine Basics
    Video | 00:12:19
  • [Quick Knowledge Check] Electric Machine Basics
    Exercise
  • [Learning Session] Types of Motors
    Video | 00:11:51
  • [Quick Knowledge Check] Types of Motors
    Exercise
  • [Learning Session] Electric Machines: Propulsion
    Video | 00:16:46
  • [Quick Knowledge Check] Electric Machines: Propulsion
    Exercise
  • [Learning Session] Electric Machines: Regeneration
    Video | 00:19:40
  • [Quick Knowledge Check] Electric Machines: Regeneration
    Exercise
  • Feedback Form - Traction Motors & Regeneration
    External Link
  • Summary - Traction Motors & Regeneration
    PDF
  • Module End Exam - Traction Motors & Regeneration
    Exercise
Module 04: Power Electronics and Power Converters
  • [Learning Session] Power Converter Requirement in EV
    Video | 00:06:32
  • [Quick Knowledge Check] Power Converter Requirement in EV
    Exercise
  • [Learning Session] Typical PE Architecture in EV
    Video | 00:05:58
  • [Quick Knowledge Check] Typical PE Architecture in EV
    Exercise
  • [Learning Session] Switch Mode Power Electronics
    Video | 00:08:11
  • [Quick Knowledge Check] Switch Mode Power Electronics
    Exercise
  • [Learning Session] AC to DC Rectifiers
    Video | 00:06:11
  • [Quick Knowledge Check] AC to DC Rectifiers
    Exercise
  • [Learning Session] DC to AC Inverters
    Video | 00:03:59
  • [Quick Knowledge Check] DC to AC Inverters
    Exercise
  • [Learning Session] Bi-Directional DC to DC Converters
    Video | 00:02:05
  • [Quick Knowledge Check] Bi-Directional DC to DC Converters
    Exercise
  • [Learning Session] Switched Mode System: Advantages and Challenges
    Video | 00:01:05
  • [Quick Knowledge Check] Switched Mode System: Advantages and Challenges
    Exercise
  • [Learning Session] Solid State Switching: Wide band Gap Devices
    Video | 00:03:45
  • [Quick Knowledge Check] Solid State Switching: Wide band Gap Devices
    Exercise
  • [Learning Session] Power Electronics: Regulatory Compliance Requirement
    Video | 00:00:51
  • [Quick Knowledge Check] Power Electronics: Regulatory Compliance Requirement
    Exercise
  • Feedback Form - Power Electronics and Power Converters
    External Link
  • Summary - Power Electronics and Power Converters
    PDF
  • Module End Exam - Power Electronics and Power Converters
    Exercise
Module 05: Introduction to Fuel Cells for Evs
  • [Learning Session] Fuel Cell Basics
    Video | 00:19:11
  • [Quick Knowledge Check] Fuel Cell Basics
    Exercise
  • [Learning Session] Fuel Cell Construction, PEM and BoP
    Video | 00:15:29
  • [Quick Knowledge Check] Fuel Cell Construction, PEM and BoP
    Exercise
  • [Learning Session] Illustration of Truck Battery Sizing, Effect of Range
    Video | 00:11:53
  • [Quick Knowledge Check] Illustration of Truck Battery Sizing, Effect of Range
    Exercise
  • [Learning Session] Effect of Energy Density for Fuel Cells, Powertrain Layout Comparison
    Video | 00:13:08
  • [Quick Knowledge Check] Effect of Energy Density for Fuel Cells, Powertrain Layout Comparison
    Exercise
  • [Learning Session] Key Cell Specifications and Comparison: Pure EV vs Fuel Cell EV
    Video | 00:21:27
  • [Quick Knowledge Check] Key Cell Specifications and Comparison: Pure EV vs Fuel Cell EV
    Exercise
  • Feedback Form - Introduction to Fuel Cells for EVs
    External Link
  • Summary - Introduction to Fuel Cells for EVs
    PDF
  • Module End Exam - Introduction to Fuel Cell for EVs
    Exercise
Module 06: Telematics
  • [Learning Session] Telematics & Its Application in Connected and Autonomous Vehicle
    Video | 00:11:22
  • Feedback Form - Telematics
    External Link
  • Summary - Telematics
    PDF
  • Module End Exam - Telematics
    Exercise
Course End Exam - EV Technologies
  • Course End Exam - EV Technologies
    Exercise
Course 02 - EV Integration
Exercise
32
Learning Material:
36
Module 01: Chargers and Charging Options
  • [Learning Session] Types and Levels of EV Chargers
    Video | 00:20:09
  • [Quick Knowledge Check] Types and Levels of EV Chargers
    Exercise
  • [Learning Session] EV Chargers Safety, V2G, Battery Swapping
    Video | 00:28:50
  • [Quick Knowledge Check] EV Chargers Safety, V2G, Battery Swapping
    Exercise
  • Feedback Form - Chargers and Charging Options
    External Link
  • Summary - Chargers and Charging Options
    PDF
  • Module End Exam - Chargers and Charging Options
    Exercise
Module 02: Charging & Hydrogen Infrastructure
  • [Learning Session] Charging: Types, Selection of Charger, Public Charging, Battery Swapping
    Video | 00:11:18
  • [Quick Knowledge Check] Charging: Types, Selection of Charger, Public Charging, Battery Swapping
    Exercise
  • [Learning Session] Charging: Grid Liability, Peak Load, Grid Mix
    Video | 00:06:40
  • [Quick Knowledge Check] Charging: Grid Liability, Peak Load, Grid Mix
    Exercise
  • [Learning Session] Charging: Challenges with Renewables for EV Charging, EVs as Green as the Grid
    Video | 00:07:33
  • [Quick Knowledge Check] Charging: Challenges with Renewables for EV Charging, EVs as Green as Grid
    Exercise
  • [Learning Session] Hydrogen Infrastructure: Evolution of Transportation Fuel
    Video | 00:14:38
  • [Quick Knowledge Check] Hydrogen Infrastructure: Evolution of Transportation Fuel
    Exercise
  • [Learning Session] Hydrogen Infrastructure: Hydrogen Production – Colour Codes
    Video | 00:00:00
  • [Quick Knowledge Check] Hydrogen Infrastructure: Hydrogen Production – Colour Codes
     Exercise
  • [Learning Session] Hydrogen Infrastructure: Purity Requirements and Transportation Challenges
    Video | 00:08:23
  • [Quick Knowledge Check] Hydrogen Infrastructure: Purity Requirements and Transportation Challenges
    Exercise
  • [Learning Session] Hydrogen Infrastructure: Transportation & Fueling Station
    Video | 00:10:49
  • [Quick Knowledge Check] Hydrogen Infrastructure: Transportation & Fueling Station
    Exercise
  • Feedback Form - Charging & Hydrogen Infrastructure
    External Link
  • Summary - Charging & Hydrogen Infrastructure
    PDF
  • Module End Exam - Charging & Hydrogen Infrastructure
    Exercise
Module 03: Vehicle Systems & Dynamics
  • [Learning Session] Vehicle Dynamics Basics
    Video | 00:06:21
  • [Quick Knowledge Check] Vehicle Dynamics Basics
    Exercise
  • [Learning Session] Pitch, Roll & Yaw
    Video | 00:09:55
  • [Quick Knowledge Check] Pitch, Roll & Yaw
    Exercise
  • [Learning Session] Lateral Dynamics
    Video | 00:07:07
  • [Quick Knowledge Check] Lateral Dynamics
    Exercise
  • [Learning Session] Longitudinal Dynamics
    Video | 00:04:39
  • [Quick Knowledge Check] Longitudinal Dynamics
    Exercise
  • [Learning Session] Key Vehicle Performance Attributes
    Video | 00:04:14
  • [Quick Knowledge Check] Key Vehicle Performance Attributes
    Exercise
  • [Learning Session] Energy Consumption
    Video | 00:09:54
  • [Quick Knowledge Check] Energy Consumption
    Exercise
  • [Learning Session] Road Load Coefficients
    Video | 00:15:08
  • [Quick Knowledge Check] Road Load Coefficients
    Exercise
  • Feedback Form - Vehicle Systems & Dynamics
    External Link
  • Summary - Vehicle Systems & Dynamics
    PDF
  • Module End Exam - Vehicle Systems & Dynamics
    Exercise
Module 04: ePowertrain Integration
  • [Learning Session] Vehicle Operating Envelope
    Video | 00:14:46
  • [Quick Knowledge Check] Vehicle Operating Envelope
    Exercise
  • [Learning Session] NVH Sources and Influencing Factors
    Video | 00:02:58
  • [Quick Knowledge Check] NVH Sources and Influencing Factors
    Exercise
  • [Learning Session] Ride & Handling – Influence of Powertrain
    Video | 00:04:09
  • [Quick Knowledge Check] Ride & Handling – Influence of Powertrain
    Exercise
  • [Learning Session] Product Development, Deciding Vehicle Specification
    Video | 00:36:23
  • [Quick Knowledge Check] Product Development, Deciding Vehicle Specification
    Exercise
  • Feedback Form - ePowertrain Integration
    External Link
  • Summary - ePowertrain Integration
    PDF
  • Module End Exam - ePowertrain Integration
    Exercise
Module 05: Root Cause Analysis & FMEA
  • [Learning Session] Defects & Failures
    Video | 00:11:33
  • [Quick Knowledge Check] Defects & Failures
    Exercise
  • [Learning Session] Breakdown & Maintainability, Reliability Engineering
    Video | 00:15:44
  • [Quick Knowledge Check] Breakdown & Maintainability, Reliability Engineering
    Exercise
  • [Learning Session] APQP, Design Verification & Validation Plan
    Video | 00:13:35
  • [Quick Knowledge Check] APQP, Design Verification & Validation Plan
    Exercise
  • [Learning Session] Root Cause Analysis and Tools Used
    Video | 00:16:25
  • [Quick Knowledge Check] Root Cause Analysis and Tools Used
    Exercise
  • [Learning Session] Failure Mode and Effects Analysis (FMEA)
    Video | 00:08:28
  • [Quick Knowledge Check] Failure Mode and Effects Analysis (FMEA)
    Exercise
  • [Learning Session] FMEA Classifications & System Modeling for failure resolution
    Video | 00:04:20
  • [Quick Knowledge Check] FMEA Classifications & System Modeling for failure resolution
    Exercise
  • Feedback Form - Root Cause Analysis & FMEA
    External Link
  • Summary - Root Cause Analysis & FMEA
    PDF
  • Module End Exam - Root Cause Analysis & FMEA
    Exercise
Course End Exam - EV Integration
  • Course End Exam - EV Integration
    Exercise
Course 03 - Controllers and BMS
Exercise
43
Learning Material:
47
Module 01: MCU & VCU
  • [Learning Session] Introduction – Motor Control System Architecture
    Video | 00:12:35
  • [Quick Knowledge Check] Introduction – Motor Control System Architecture
    Exercise
  • [Learning Session] MCU Functions – Torque & Power Control, Thermal Management, Diagnostics
    Video | 00:14:51
  • [Quick Knowledge Check] MCU Functions – Torque & Power Control, Thermal Management, Diagnostics
    Exercise
  • [Learning Session] MCU Functions – Regeneration Control, Calibration
    Video | 00:06:27
  • [Quick Knowledge Check] MCU Functions – Regeneration Control, Calibration
    Exercise
  • [Learning Session] VCU Architecture, VCU Functions – Pedal Response and Drive Mode Selection
    Video | 00:13:16
  • [Quick Knowledge Check] VCU Architecture, VCU Functions – Pedal Response and Drive Mode Selection
    Exercise
  • [Learning Session] VCU Functions – Regeneration Control, Motor & Vehicle Speed Limiters
    Video | 00:06:46
  • [Quick Knowledge Check] VCU Functions – Regeneration Control, Motor & Vehicle Speed Limiters
    Exercise
  • Feedback Form - MCU & VCU
    External Link
  • Summary - MCU & VCU
    PDF
  • Module End Exam - MCU & VCU
    Exercise
Module 02: Control System Integration & Calibration
  • [Learning Session] Automotive Controller Development: Challenges
    Video | 00:10:38
  • [Quick Knowledge Check] Automotive Controller Development: Challenges
    Exercise
  • [Learning Session] Automotive Controller Development: Impact of Shorter Product Timelines
    Video | 00:06:36
  • [Quick Knowledge Check] Automotive Controller Development: Impact of Shorter Product Timelines
    Exercise
  • [Learning Session] Automotive Controller Development: Impact of Increase in Complexity
    Video | 00:11:07
  • [Quick Knowledge Check] Automotive Controller Development: Impact of Increase in Complexity
    Exercise
  • [Learning Session] Automotive Controller Development: Impact on Controller Safety & Security
    Video | 00:11:14
  • [Quick Knowledge Check] Automotive Controller Development: Impact on Controller Safety & Security
    Exercise
  • [Learning Session] Controller Development Process in Automotive Industry
    Video | 00:08:39
  • [Quick Knowledge Check] Controller Development Process in Automotive Industry
    Exercise
  • [Learning Session] Controller Hardware
    Video | 00:08:42
  • [Quick Knowledge Check] Controller Hardware
    Exercise
  • [Learning Session] Controller Software: Typical Setup in Automotive Application and Validation
    Video | 00:08:50
  • [Quick Knowledge Check] Controller Software: Typical Setup in Automotive Application and Validation
    Exercise
  • [Learning Session] Automotive Controller Integration Aspects
    Video | 00:07:54
  • [Quick Knowledge Check] Automotive Controller Integration Aspects
    Exercise
  • Feedback Form - Control System Integration & Calibration
    External Link
  • Summary - Control System Integration & Calibration
    PDF
  • Module End Exam - Control System Integration & Calibration
    Exercise
Module 03: Battery Management System
  • [Learning Session] BMS – System Architecture, SOC & SoH Estimation
    Video | 00:22:40
  • [Quick Knowledge Check] BMS – System Architecture, SOC & SoH Estimation
    Exercise
  • [Learning Session] Thermal Management
    Video | 00:17:43
  • [Quick Knowledge Check] Thermal Management
    Exercise
  • [Learning Session] Cell Balancing
    Video | 00:08:48
  • [Quick Knowledge Check] Cell Balancing
    Exercise
  • [Learning Session] Communication and Diagnostics
    Video | 00:11:35
  • [Quick Knowledge Check] Communication and Diagnostics
    Exercise
  • [Learning Session] Adaptations and Compensations
    Video |  00:02:31
  • [Quick Knowledge Check] Adaptations and Compensations
    Exercise
  • [Learning Session] Charge Control
    Video | 00:07:40
  • [Quick Knowledge Check] Charge Control
    Exercise
  • [Learning Session] Regenerative Braking Control
    Video | 00:05:08
  • [Quick Knowledge Check] Regenerative Braking Control
    Exercise
  • [Learning Session] Power Limiters
    Video | 00:01:59
  • [Quick Knowledge Check] Power Limiters
    Exercise
  • [Learning Session] Energy Limiters
    Video | 00:04:42
  • [Quick Knowledge Check] Energy Limiters
    Exercise
  • Feedback Form - Battery Management System
    External Link
  • Summary - Battery Management System
    PDF
  • Module End Exam - Battery Management System
    Exercise
Module 04: Thermal Management in EVs
  • [Learning Session] Heat Generation & Thermal Runaway
    Video | 00:03:25
  • [Quick Knowledge Check] Heat Generation & Thermal Runaway
    Exercise
  • [Learning Session] Impact of Temperature on Motor Performance
    Video | 00:00:00
  • [Quick Knowledge Check] Impact of Temperature on Motor Performance
    Exercise
  • [Learning Session] Impact of Temperature on Battery Performance
    Video | 00:01:56
  • [Quick Knowledge Check] Impact of Temperature on Battery Performance
    Exercise
  • [Learning Session] Heat Exchange as Applied to EV Subsystems
    Video | 00:08:17
  • [Quick Knowledge Check] Heat Exchange as Applied to EV Subsystems
    Exercise
  • [Learning Session] Battery Thermal Management
    Video | 00:04:50
  • [Quick Knowledge Check] Battery Thermal Management
    Exercise
  • [Learning Session] Motor Thermal Management
    Video | 00:01:26
  • [Quick Knowledge Check] Motor Thermal Management
    Exercise
  • [Learning Session] Illustration of Operating Current Limits
    Video | 00:03:25
  • [Quick Knowledge Check] Illustration of Operating Current Limits
    Exercise
  • [Learning Session] Illustration of Active Cooling
    Video | 00:04:38
  • [Quick Knowledge Check] Illustration of Active Cooling
    Exercise
  • [Learning Session] Coolant Temperature and Flow Power
    Video | 00:05:19
  • [Quick Knowledge Check] Coolant Temperature and Flow Power
    Exercise
  • [Learning Session] Illustration of Battery Thermal Modeling
    Video | 00:04:46
  • [Quick Knowledge Check] Illustration of Battery Thermal Modeling
    Exercise
  • Feedback Form - Thermal Management in EVs
    External Link
  • Summary - Thermal Management in EVs
    PDF
  • Module End Exam - Thermal Management in EVs
    Exercise
Module 05: EV Safety (Functional & HV)
  • [Learning Session] System Safety, Malfunctions & Their Impact; Typical Vehicle Level Malfunctions
    Video | 00:09:37
  • [Quick Knowledge Check] System Safety, Malfunctions & Their Impact
    Exercise
  • [Learning Session] Safety – Integration-Related Recalls, Calibration-Related Recalls & Impact
    Video | 00:03:57
  • [Quick Knowledge Check] Safety – Integration-Related Recalls, Calibration-Related Recalls & Impact
    Exercise
  • [Learning Session] ISO 26262 - Functional Safety, ASIL
    Video | 00:15:34
  • [Quick Knowledge Check] ISO 26262 - Functional Safety, ASIL
    Exercise
  • [Learning Session] High Voltage Safety & Ingress Protection
    Video | 00:35:16
  • [Quick Knowledge Check] High Voltage Safety & Ingress Protection
    Exercise
  • [Learning Session] Battery Safety & Crash Protection, Case Studies
    ‍Video | 00:29:58
  • [Quick Knowledge Check] Battery Safety & Crash Protection, Case Studies
    Exercise
  • Feedback Form - EV Safety (Functional & HV)
    External Link
  • Summary - EV Safety (Functional & HV)
    PDF
  • Module End Exam - EV Safety (Functional & HV)
    Exercise
Course End Exam -Controllers and BMS
  • Course End Exam -Controllers and BMS
    Exercise
Course 04 - Application Engineering
Exercise
34
Learning Material:
39
Module 01: Mapping Customer Usage To Failure Modes
  • [Learning Session] Design Use Cases
    Video | 00:10:30
  • [Quick Knowledge Check] Design Use Cases
    Exercise
  • [Learning Session] Factors Affecting Real-World Performance – Passenger & Loading
    Video | 00:14:37
  • [Quick Knowledge Check] Factors Affecting Real-World Performance – Passenger & Loading
    Exercise
  • [Learning Session] Factors Affecting Real-World Performance–Grade, Climatic Condition, Route Profile
    Video | 00:13:32
  • [Quick Knowledge Check] Factors Affecting Real-World Performance – Grade, Climatic Conditions, Route
    Exercise
  • Factors Affecting Real-World Performance – Driver Behaviors, Virtual Model Based Development Enables
    Video | 00:16:45
  • [Quick Knowledge Check] Factors Affecting Performance – Driver Behaviors
    Exercise
  • Feedback Form - Mapping Customer Usage To Failure Modes
    External Link
  • Summary - Mapping Customer Usage To Failure Modes
    PDF
  • Module End Exam - Mapping Customer Usage To Failure Modes
    Exercise
Module 02: Application Engineering & Analysis
  • [Learning Session] Application Engineering
    Video | 00:10:34
  • [Quick Knowledge Check] Application Engineering
    Exercise
  • [Learning Session] Vehicle Powertrain Development Process
    Video | 00:13:53
  • [Quick Knowledge Check] Vehicle Powertrain Development Process
    Exercise
  • [Learning Session] Energy Consumption & Range Sensitivity to Usage Profile
    Video | 00:10:22
  • [Quick Knowledge Check] Energy Consumption & Range Sensitivity to Usage Profile
    Exercise
  • [Learning Session] Vehicle Performance Metrics
    Video | 00:14:31
  • [Quick Knowledge Check] Vehicle Performance Metrics
    Exercise
  • Feedback Form - Application Engineering & Analysis
    External Link
  • Summary - Application Engineering & Analysis
    PDF
  • Module End Exam - Application Engineering & Analysis
    Exercise
Module 03: Vehicle Specs From Requirements
  • [Learning Session] Product Development Cycle: Importance of Technical Specifications
    Video | 00:07:06
  • [Quick Knowledge Check] Product Development Cycle: Importance of Technical Specifications
    Exercise
  • [Learning Session] Key Electric Vehicle Specifications
    Video | 00:15:37
  • [Quick Knowledge Check] Key Electric Vehicle Specifications
    Exercise
  • [Learning Session] Significance of Vehicle Specification Parameters
    Video | 00:17:18
  • [Quick Knowledge Check] Significance of Vehicle Specification Parameters
    Exercise
  • Feedback Form - Vehicle Specs From Requirements
    External Link
  • Summary - Vehicle Specs From Requirements
    PDF
  • Module End Exam - Vehicle Specs from Requirements
    Exercise
Module 04: EV Regulatory Framework
  • [Learning Session] Vehicle Classifications
    Video | 00:08:07
  • [Quick Knowledge Check] Vehicle Classifications
    Exercise
  • [Learning Session] Global Emission Landscape
    Video | 00:08:20
  • [Quick Knowledge Check] Global Emission Landscape
    Exercise
  • [Learning Session] Evolution of Global Automotive Safety Regulations
    Video | 00:13:38
  • [Quick Knowledge Check] Evolution of Global Automotive Safety Regulations
    Exercise
  • [Learning Session] Typical Vehicle Compliance Framework
    Video | 00:07:48
  • [Quick Knowledge Check] Typical Vehicle Compliance Framework
    Exercise
  • [Learning Session] Barriers for EV Adoption, Policy & Regulation Interventions
    Video | 00:24:33
  • [Quick Knowledge Check] Barriers for EV Adoption, Policy & Regulation Interventions
    Exercise
  • [Learning Session] EV Adoption Trends and Impact of Policy on EV Adoption
    Video | 00:19:28
  • [Quick Knowledge Check] EV Adoption Trends and Impact of Policy on EV Adoption
    Exercise
  • Feedback Form - EV Regulatory Framework
    External Link
  • Summary - EV Regulatory Framework
    PDF
  • Module End Exam - EV Regulatory Framework
    Exercise
Module 05: EV Supply Chains
  • [Learning Session] Supplier Strategy & Global Trends
    Video | 00:17:20
  • [Quick Knowledge Check] Supplier Strategy & Global Trends
    Exercise
  • [Learning Session] Supply Chain Trends
    Video | 00:09:25
  • [Quick Knowledge Check] Supply Chain Trends
    Exercise
  • [Learning Session] ICE Vs EV
    Video | 00:16:15
  • [Quick Knowledge Check] ICE Vs EV
    Exercise
  • [Learning Session] EV Battery Value Chain
    Video | 00:15:42
  • [Quick Knowledge Check] EV Battery Value Chain
    Exercise
  • [Learning Session] Traction Motor Value Chain
    Video | 00:10:25
  • [Quick Knowledge Check] Traction Motor Value Chain
    Exercise
  • [Learning Session] Semiconductor & Power Module Value Chain
    Video | 00:11:04
  • [Quick Knowledge Check] Semiconductor & Power Module Value Chain
    Exercise
  • [Learning Session] Supplier Diligence – Way Forward
    Video | 00:19:30
  • [Quick Knowledge Check] Supplier Diligence – Way Forward
    Exercise
  • Feedback Form - EV Supply Chains
    External Link
  • Summary - EV Supply Chain
    PDF
  • Module End Exam - EV Supply Chains
    Exercise
Module 06: Total Cost of Ownership (TCO) Analysis
  • [Learning Session] Importance of TCO, CAPEX, OPEX
    Video | 00:20:53
  • [Quick Knowledge Check] Importance of TCO, CAPEX, OPEX
    Exercise
  • [Learning Session] TCO Assumptions, Illustrative TCO Comparison, TCO Estimation
    Video | 00:17:41
  • [Quick Knowledge Check] TCO Assumptions, Illustrative TCO Comparison, TCO Estimation
    Exercise
  • [Learning Session] TCO Calculations: e-Bus Case
    Video | 00:09:53
  • [Quick Knowledge Check] TCO Calculations: e-Bus Case
    Exercise
  • Feedback Form -Total Cost of Ownership (TCO) analysis
    External Link
  • Summary - Total Cost of Ownership
    PDF
  • Module End Exam - Total Cost of Ownership (TCO) analysis
    Exercise
Course End Exam - Application Engineering
  • Course End Exam - Application Engineering
    Exercise

Program Instructor

evACAD-workstation

Vikrant Vaidya

24+ years’ experience in global automotive design and product development on multiple EVs and Hybrid vehicle platforms, specializing in model-based design, calibration, testing, and system integration; a Six-Sigma Green Belt with 3 inventions in battery & hybrid electric vehicles.  He earned his Master's degree in Energy Systems Engineering from the University of Michigan and his Bachelor's in Mechanical Engineering from Nagpur University.

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• Referee: Get Flat 10% OFF on their first purchase.
• Referrer must be an existing evACAD learner with one completed course.
• Referral credits activate once the refund guarantee period ends.

Refund Policy

Click here to check the refund and cancellation policy.

Career Opportunities

Graduates can pursue roles such as -

  • EV Design Engineer
  • Battery Systems Engineer
  • Powertrain Engineer
  • Vehicle Integration Engineer
  • BMS Engineer
  • Application Engineer
  • Functional Safety Engineer
  • EV Validation Engineer

Frequently Asked Questions

What topics does the Electric Vehicle Design & Integration course cover?
This course covers EV architecture, powertrain integration, battery systems, BMS, power electronics, charging technologies, vehicle dynamics, and functional safety. It provides end-to-end electric vehicle design knowledge aligned with current automotive industry standards.
Who is eligible to enrol in this EV Design and Integration course?
Engineering students, automotive professionals, and career switchers interested in electric vehicle engineering can enrol in this course. The course has no advanced prerequisites and starts with EV fundamentals before progressing to advanced powertrain and integration concepts.
How does this course prepare learners for EV industry careers in India?
The Electric Vehicle Design course builds job-ready skills in BMS, power electronics, and EV integration, preparing graduates for roles at OEMs, Tier-1 suppliers, EV startups, and R&D organisations across India's expanding EV industry.
What certification do learners receive after completing this EV engineering course?
Learners receive a certificate of completion from evACAD. This certification validates the knowledge gained in electric vehicle design, battery management systems, charging infrastructure, and vehicle integration for professional career advancement.
What career roles can I pursue after this Electric Vehicle Design course?
Graduates can pursue roles like EV Design Engineer, Battery Systems Engineer, Powertrain Engineer, BMS Engineer, Vehicle Integration Engineer, and Functional Safety Engineer across electric vehicle manufacturers, automotive suppliers, and EV startups.
India's Top Online EV and Sustainability Course Provider
Head Office Address
evACAD Office Location
Plot No 37, Gittikhadan Layout, Pratap Nagar, Nagpur-440022, Maharashtra, India
Email: support.evacad@pmanifold.comPhone: +91 8095336646

A brainchild of pManifold, evACAD is a team of EV and sustainability experts with more than 150 years of combined experience with e-Mobility. Our practice-based learning programmes are designed to help you develop your skill set while staying relevant to industry standards utilised by top employers globally.

Degree Programs

Executive MTech in EV technology - VNIT NagpurPost Graduate Diploma In EV Technology - VNIT NagpurMore

Certificate Programs

PG Executive Program in Net Zero Strategy & Sustainability Leadership - IIM KashipurPost Graduate Certificate in e-Drives and Battery Systems - IIT Bhubaneswar REPAdvanced Certificate in e-Powertrain & BatteriesCertificate Program in EV Model based Engineering
Resources
How to choose the best EV course?Sustainability: Complete Guide to a Green Future Net Zero: Your Complete Guide to Decarbonized Future
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