Course level:Expert

Advanced EV Engineering: Numerical Analysis, EVs, HEVs, & Heavy Vehicles

“Advanced EV Engineering: Numerical Analysis, EVs, HEVs, & Heavy Vehicles” is an expert-level course designed to provide a deep dive into the engineering aspects of electric vehicles (EVs). The course focuses on numerical analysis, hybrid vehicle systems, heavy vehicle systems, safety regulations, supply chain management, and advanced battery and motor systems. It aims to equip learners with the skills and knowledge to understand, design, and optimize various EV components and systems, catering to both light and heavy electric vehicles. The course is ideal for professionals and students looking to specialize in advanced EV engineering and manufacturing processes.

Level

Expert
Total Enrolled

383
Duration

14 hours 55 minutes
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

Course Curriculum

Welcome to the Course!

Module 1: EV Numerical Calculations
This module introduces numerical analysis techniques used in the design and optimization of electric vehicles. It covers various EV components, motor sizing, controller sizing, battery pack sizing, and charger selection through a series of practical use cases and parameter calculations.

Topic 1: Understanding various Parameters of Electric 2W

14:45
Topic 2: EV Component Selections – Part 1

10:38
Topic 3: EV Component Selections – Part 2

07:44
Topic 4: Calculations of Use Case 1- Part 1

09:00
Topic 5: Calculations of Use Case 1 – Part 2

11:58
Topic 6: Calculations of Use Case 1- Part 3

07:36
Topic 7: Calculation of Case 2 & Case 3

12:32
Topic 8: Motor Sizing and Selection

12:23
Topic 9: Controller Sizing and Selection

07:53
Topic 10: Battery Pack Sizing and Selection

16:41
Topic 11: Charger Sizing and Selection Part 1

13:48
Topic 12: Charger Sizing and Selection Part 2

05:30
Advanced EV Engineering Module 1 Quiz
Advanced Engineering Module 1 Quiz Solutions

Module 2: Hybrid Vehicle Systems
This module focuses on the operation and components of hybrid vehicles. It explores different hybrid modes, components, energy management, and powertrain systems, as well as real-world case studies on hybrid vehicles.

Topic 1: Introducing Hybrid Vehicle Systems

06:46
Topic 2: Hybrid Modes of Operations

06:55
Topic 3: Hybrid Vehicle Components and Units

07:46
Topic 4: Hybrid Energy Management System

07:37
Topic 5: Hybrid Drivetrain Part 1 – Industry Ecosystem

08:18
Topic 6: Hybrid Drivetrain Part 2 – Challenges

07:41
Topic 7: Power Flow in Hybrid Systems

05:14
Topic 8: HEV Hyundai Tucsan Study

05:22
Topic 9: HEV Hyundai IONIQ Study

06:04
Advanced EV Engineering – Module 2 Quiz
Advanced EV Engineering – Module 2 Quiz Solutions

Module 3: Heavy Vehicle Systems
This module covers the engineering and design considerations specific to heavy electric vehicles, such as trucks and buses. Topics include powertrain systems, energy storage, control systems, safety measures, and market dynamics in India.

Topic 1: Introducing Heavy Vehicle Systems

08:47
Topic 2: Heavy Vehicle Powertrain System Part 1- Technical Aspects

12:30
Topic 3: Heavy Vehicle Powertrains Part 2 – Challenges and Scope of Growth

08:41
Topic 4: Heavy Vehicle Energy Storage Solutions & Propulsion Modes

09:11
Topic 5: Heavy Vehicles Control Systems – High Voltage Power Supply for Heavy Systems

07:59
Topic 6: Safety Systems for Heavy EVs

08:56
Topic 7: Existing Heavy Vehicles within Indian Market – Challenges and Possible Growth

09:24
Topic 8: Maintenance and Fleet Management – Challenges and Future Growth

07:04
Topic 9: India as Largest Tractor Manufacturer – Leading Heavy Vehicle Manufacturers in India & Power Requirements

08:31
Advanced EV Engineering – Module 3 Quiz
Advanced EV Engineering – Module 3 Quiz Solutions

Module 4: Vehicle Safety and Regulations in the EV Industry
This module provides an in-depth look at the safety measures and regulatory standards specific to electric vehicles. Topics include high-voltage isolation, sensor technology, fire safety, global standards, government policies, crash testing, and emergency protocols.

Topic 1: Introduction to Vehicle Safety and Regulations.

08:29
Topic 2: High-Voltage Isolation Techniques

10:26
Topic 3: Role of Sensors, Software in EV Safety

13:32
Topic 4: Fire Safety Measures and Prevention

08:41
Topic 5: Global Regulatory Standards for EV Safety

08:46
Topic 6: Government Policies for EV Safety – Validation and Homologation

06:27
Topic 7: Adoption of EVs in India & Regulations Timeline for EVs Part 1

15:25
Topic 8: Adoption of EVs in India & Regulations Timeline for EVs Part 2

07:08
Topic 9: Government Policies for EV Safety – Commerical Activities

10:49
Topic 10: Emergency Protocols with EVs

11:01
Topic 11: Crash Testing Procedures for EVs – Introduction and Future Scope

10:19
Advanced EV Engineering Module 4 Quiz
Advanced EV Engineering – Module 4 Quiz Solutions

Module 5: EV Supply Chain Management and Logistics
This module focuses on the logistics and supply chain management required for the production and distribution of EV components and systems. It covers supply chain challenges, logistics considerations, manufacturing strategies, and sustainability in EV production.

Topic 1: Introduction to EV Supply Chain Management and Logistics

04:12
Topic 2: Components of the EV Supply Chain

07:05
Topic 3: Supply Chain Challenges in the EV Industry

05:41
Topic 4: Logistics Considerations for EV Components

07:01
Topic 5: EV Manufacturing and Just-in-Time Delivery

05:17
Topic 6: Global Sourcing Strategies

08:00
Topic 7: Digitalization and Data Analytics in Supply Chain

06:13
Topic 8: Sustainability Considerations

07:02
Topic 9: Risk Management

07:14
Topic 10: India’s 2030 Plan for EV Supply Chain – Balancing Imports and in-house Development

07:19
Advanced EV Engineering – Module 5 Quiz
Advanced EV Engineering – Module 5 Quiz Solutions

Module 6: EV Manufacturing and Assembly Processes
This module explores the processes involved in the manufacturing and assembly of electric vehicles, including the production workflow, quality control, material selection, and environmental considerations.

Topic 1: Introduction to EV Manufacturing and Assembly

10:53
Topic 2: EV Manufacturing Workflow – Existing Indian Scenario and Dependence on Chinese Market

04:56
Topic 3: Design for Manufacturing (DFM) in EVs

09:09
Topic 4: Material Selection for EV Components

10:57
Topic 5: Quality Control and Assurance in EV Manufacturing

10:29
Topic 6: Battery Pack Assembly and Integration

06:54
Topic 7: EV Chassis and Body Assembly

08:24
Topic 8: Understanding the China’s Industry Mindset – 2W & 4W Manufacturing Global Hub

07:20
Topic 9: Environmental Considerations in EV Manufacturing

08:44
Advanced EV Engineering – Module 6 Quiz
Advanced EV Engineering – Module 6 Quiz Solutions

Module 7: Advanced Batteries and Motor Systems
This module delivers advanced knowledge on battery and motor technologies used in electric vehicles. It covers cell manufacturing, thermal management, health estimation algorithms, motor design, power electronics for motors, and charging technologies.

Topic 1: Cell_Mfg & Quality Assurance Part 1

11:26
Topic 2: Cell_Mfg & Quality Assurance Part 2

11:30
Topic 3: Cell_Mfg & Quality Assurance Part 3

11:15
Topic 4: Health_Estimation_Algorithm_Part 1

10:51
Topic 5: Health_Estimation_Algorithm_Part 2

10:13
Topic 6: Health_Estimation_Algorithm_Part 3

11:41
Topic 7: Health_Estimation_Algorithm_Part 4

11:42
Topic 8: Health_Estimation_Algorithm_Part 5

11:21
Topic 9: Thermal Management in Batteries Part 1

14:34
Topic 10: Thermal Management in Batteries Part 2

15:08
Topic 11: Thermal Management in Batteries Part 3

10:43
Topic 12: Thermal Management in Batteries Part 4

10:14
Topic 13: Thermal Management in Batteries Part 5

10:10
Topic 14: Electric Motors Advanced Module 1 – Introduction & Classification

34:30
Topic 15: Electric Motors Advanced Module 2 – Design & Optimization

29:14
Topic 16: Electric Motors Advanced Module 3 – Power Electronics for Motors

11:09
Topic 17: Electric Motors Advanced Module 4 – Switching Strategies & Modulation Techniques

07:54
Topic 18: Electric Motors Advanced Module 5 – Control Techniques Part 1

12:02
Topic 19: Electric Motors Advanced Module 6 – Control Techniques Part 2

12:10
Topic 20: Electric Motors Advanced Module 7 – Control Techniques Part 3

08:49
Topic 21: Electric Motors Advanced Module 8 – Diagnosis

13:21
Topic 22: Electric Motors Advanced Module 9 – Integration

11:44
Topic 23: EV Charging Technology Module 1- Understanding

14:53
Topic 24: EV Charging Technology Module 1- Classification

13:10
Topic 25: EV Charging Technology Module 2 – Battery Charging & Case Studies

10:12
Topic 26: EV Charging Technology Module 2 – Advanced Charging Technologies

11:09
Topic 27 – EV Charging Technology Module 3 – Battery Charging Methods

14:14
Topic 28 – EV Charging Technology Module 3 – Charging Considerations

12:46
Advanced EV Engineering- Module 7 Quiz
Advanced EV Engineering – Module 7 Quiz Solutions

DIY Projects:

Add this certificate to your resume to demonstrate your skills & increase your chances of getting noticed.

Hardware & Software Required

Hardware: A computer with internet access for accessing course materials, videos, and conducting research.

Software: None

DIY Projects Included

Project 1: Design and Optimization of an Electric Powertrain

This project involves designing and optimization of an Electric Power train for Urban Commuter Vehicles with Integrated Thermal Management and Advanced Charging Solutions.

Course Benefits

For Professionals:

Skill Enhancement: Upgrade your existing skills with advanced knowledge in EV systems, batteries, and motors.
Career Advancement: Position yourself for promotions and new job opportunities in the evolving EV market.
Industry Relevance: Stay updated with the latest technologies and trends in the EV industry.
Leadership Opportunities: Gain the expertise needed to lead teams and projects in EV design, manufacturing, and deployment.
Cross-Disciplinary Expertise: Broaden your knowledge across multiple areas of the EV sector, such as supply chain management, safety regulations, and thermal management.

For Freshers:

Comprehensive Industry Knowledge: Gain a solid foundation in the rapidly growing EV industry.
Increased Employability: Acquire in-demand skills that are highly sought after by top companies.
Hands-On Project Experience: Work on real-world projects that enhance your resume.
Networking Opportunities: Connect with industry professionals and peers to expand your professional network.
Career Path Clarity: Identify and pursue specific job roles within the EV sector that align with your interests and skills.

Technical expertise you will gain

Design and develop EV components and systems with a focus on efficiency and sustainability.

Optimize hybrid and heavy vehicle systems for various applications.

Ensure compliance with global and local vehicle safety regulations.

Manage and optimize the EV supply chain and logistics operations.

Oversee the entire manufacturing and assembly process of EVs.

Implement advanced battery and motor systems with a focus on performance and longevity.

Develop and manage EV charging infrastructure and advanced charging technologies.

Integrate software and control systems within EVs for enhanced performance.

Address thermal management challenges in EVs.

Key Job Areas

Job Roles

Skill Sets

Companies Hiring

Key Job Areas

Job Roles

Skill Sets

Companies Hiring

Who can take this course?

Personalized Trainer Support Portal:

24/7 Access to a personalized trainer support portal.
One-on-One Mentorship for queries and project guidance.
Access to diverse resources, including recorded lectures, reading materials, and practical guides.
Dedicated forums for content discussion, insights, and project collaboration.
Regular Feedback from trainers for comprehensive understanding and improvement.

Level

Expert
Total Enrolled

383
Duration

14 hours 55 minutes
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

★ Rated 4.8/5 by 5,345+ verified learners | 50,000+ professionals trained across 170+ countries

★★★★★

4.8/5 5,345 Verified Reviews

50,000+ Alumni Trained

300+ Hiring Partners

₹8.4 LPA Average Package

170+ Countries Reached

Trust & Recognition

Government-Certified. Industry-Endorsed. Learner-Approved.

India's largest ASDC-certified EV training organisation — with multi-layer Government of India recognitions, 300+ industry hiring partners, and a 4.8-star verified learner rating.

ASDC Certified

Automotive Skills Development Council, Government of India — recognised by every major auto OEM.

Verified Credential

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National Educational Alliance for Technology — AICTE's premium learning ecosystem.

Verified Credential

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Recognised by Ministry of Education, Government of India, and NITI Aayog.

Verified Credential

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Real feedback from verified learners who completed the programme and moved into EV careers.

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★★★★★

"The hands-on workshops and live projects gave me real EV skills. I got placed at Tata Motors within 2 months of certification. The BMS module is especially strong."

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★★★★★

"Switched from a mechanical design role to EV powertrain after the course. The curriculum is industry-aligned and mentors are from top EV companies. Totally worth it."

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★★★★★

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Advanced EV Engineering: Numerical Analysis, EVs, HEVs, & Heavy Vehicles

At a glance

Course Curriculum

Welcome to the Course!

Sign up at eMobility.careers to get exclusive EV job Opportunities!

Topic 1: Understanding various Parameters of Electric 2W

Topic 2: EV Component Selections – Part 1

Topic 3: EV Component Selections – Part 2

Topic 4: Calculations of Use Case 1- Part 1

Topic 5: Calculations of Use Case 1 – Part 2

Topic 6: Calculations of Use Case 1- Part 3

Topic 7: Calculation of Case 2 & Case 3

Topic 8: Motor Sizing and Selection

Topic 9: Controller Sizing and Selection

Topic 10: Battery Pack Sizing and Selection

Topic 11: Charger Sizing and Selection Part 1

Topic 12: Charger Sizing and Selection Part 2

Advanced EV Engineering Module 1 Quiz

Advanced Engineering Module 1 Quiz Solutions

Module 2: Hybrid Vehicle Systems This module focuses on the operation and components of hybrid vehicles. It explores different hybrid modes, components, energy management, and powertrain systems, as well as real-world case studies on hybrid vehicles.

Topic 1: Introducing Hybrid Vehicle Systems

Topic 2: Hybrid Modes of Operations

Topic 3: Hybrid Vehicle Components and Units

Topic 4: Hybrid Energy Management System

Topic 5: Hybrid Drivetrain Part 1 – Industry Ecosystem

Topic 6: Hybrid Drivetrain Part 2 – Challenges

Topic 7: Power Flow in Hybrid Systems

Topic 8: HEV Hyundai Tucsan Study

Topic 9: HEV Hyundai IONIQ Study

Advanced EV Engineering – Module 2 Quiz

Advanced EV Engineering – Module 2 Quiz Solutions

Module 3: Heavy Vehicle Systems This module covers the engineering and design considerations specific to heavy electric vehicles, such as trucks and buses. Topics include powertrain systems, energy storage, control systems, safety measures, and market dynamics in India.

Topic 1: Introducing Heavy Vehicle Systems

Topic 2: Heavy Vehicle Powertrain System Part 1- Technical Aspects

Topic 3: Heavy Vehicle Powertrains Part 2 – Challenges and Scope of Growth

Topic 4: Heavy Vehicle Energy Storage Solutions & Propulsion Modes

Topic 5: Heavy Vehicles Control Systems – High Voltage Power Supply for Heavy Systems

Topic 6: Safety Systems for Heavy EVs

Topic 7: Existing Heavy Vehicles within Indian Market – Challenges and Possible Growth

Topic 8: Maintenance and Fleet Management – Challenges and Future Growth

Topic 9: India as Largest Tractor Manufacturer – Leading Heavy Vehicle Manufacturers in India & Power Requirements

Advanced EV Engineering – Module 3 Quiz

Advanced EV Engineering – Module 3 Quiz Solutions

Topic 1: Introduction to Vehicle Safety and Regulations.

Topic 2: High-Voltage Isolation Techniques

Topic 3: Role of Sensors, Software in EV Safety

Topic 4: Fire Safety Measures and Prevention

Topic 5: Global Regulatory Standards for EV Safety

Topic 6: Government Policies for EV Safety – Validation and Homologation

Topic 7: Adoption of EVs in India & Regulations Timeline for EVs Part 1

Topic 8: Adoption of EVs in India & Regulations Timeline for EVs Part 2

Topic 9: Government Policies for EV Safety – Commerical Activities

Topic 10: Emergency Protocols with EVs

Topic 11: Crash Testing Procedures for EVs – Introduction and Future Scope

Advanced EV Engineering Module 4 Quiz

Advanced EV Engineering – Module 4 Quiz Solutions

Topic 1: Introduction to EV Supply Chain Management and Logistics

Topic 2: Components of the EV Supply Chain

Topic 3: Supply Chain Challenges in the EV Industry

Topic 4: Logistics Considerations for EV Components

Topic 5: EV Manufacturing and Just-in-Time Delivery

Topic 6: Global Sourcing Strategies

Topic 7: Digitalization and Data Analytics in Supply Chain

Topic 8: Sustainability Considerations

Topic 9: Risk Management

Topic 10: India’s 2030 Plan for EV Supply Chain – Balancing Imports and in-house Development

Advanced EV Engineering – Module 5 Quiz

Advanced EV Engineering – Module 5 Quiz Solutions

Module 6: EV Manufacturing and Assembly Processes This module explores the processes involved in the manufacturing and assembly of electric vehicles, including the production workflow, quality control, material selection, and environmental considerations.

Topic 1: Introduction to EV Manufacturing and Assembly

Topic 2: EV Manufacturing Workflow – Existing Indian Scenario and Dependence on Chinese Market

Topic 3: Design for Manufacturing (DFM) in EVs

Topic 4: Material Selection for EV Components

Topic 5: Quality Control and Assurance in EV Manufacturing

Topic 6: Battery Pack Assembly and Integration

Topic 7: EV Chassis and Body Assembly

Topic 8: Understanding the China’s Industry Mindset – 2W & 4W Manufacturing Global Hub

Topic 9: Environmental Considerations in EV Manufacturing

Module 2: Hybrid Vehicle Systems
This module focuses on the operation and components of hybrid vehicles. It explores different hybrid modes, components, energy management, and powertrain systems, as well as real-world case studies on hybrid vehicles.

Module 3: Heavy Vehicle Systems
This module covers the engineering and design considerations specific to heavy electric vehicles, such as trucks and buses. Topics include powertrain systems, energy storage, control systems, safety measures, and market dynamics in India.

Module 6: EV Manufacturing and Assembly Processes
This module explores the processes involved in the manufacturing and assembly of electric vehicles, including the production workflow, quality control, material selection, and environmental considerations.

Module 7: Advanced Batteries and Motor Systems
This module delivers advanced knowledge on battery and motor technologies used in electric vehicles. It covers cell manufacturing, thermal management, health estimation algorithms, motor design, power electronics for motors, and charging technologies.