EV-Battery Pack Design

EV - Battery Pack Design

A comprehensive guide to designing, developing, and optimizing battery packs for electric and hybrid vehicles. 

Check Syllabus​

About the EV - Battery Pack Design Training

This course provides an in-depth understanding of battery pack design for electric and hybrid vehicles (xEVs). Focusing on both the technical and practical aspects, it covers the latest advancements in battery technologies, design considerations, thermal management, and integration strategies. By the end of this course, you will have the expertise needed to design and optimize efficient, high-performance battery packs for xEVs. 

Learning Experience

Self-Paced Learning
Tips & Tricks
Downloadable Practice Files
Technical Screencasts
Certificate Assessments
Lots of Projects to Practice

EV - Battery Pack Design Training Highlights

This comprehensive course equips you with the skills to design, analyze, and innovate battery packs for electric and hybrid vehicles. From module configuration to safety protocols, explore every aspect of creating efficient and reliable energy storage systems for modern xEVs.

100+ Lessons

Covering basic principles to advanced techniques

35+ Hours

Of focused learning

15+ Industry Standards

Including ISO 26262, IEC 62133

Masterclass Sessions

With industry experts

At the End of the Course, You’ll Be Able To:

  1. Understand the key design principles and requirements for creating efficient and reliable battery packs for xEVs. 
  2. Apply the latest techniques in thermal management to ensure battery performance and longevity. 
  3. Learn how to optimize energy density, efficiency, and longevity in battery pack designs. 
  4. Gain knowledge of ISO 26262, IEC 62133, and other standards critical for battery safety and performance. 
  5. Understand how battery packs integrate with other EV components like motors, inverters, and controllers. 
  6. Develop the skills to diagnose and troubleshoot battery pack performance issues. 

EV-Battery Pack Design Training Topics

EV-Battery Pack Design

Battery Pack Design Fundamentals

Overview of the principles of battery design for xEV applications.

EV-Battery Pack Design

Energy Storage Systems (ESS)

Understanding of energy storage technologies and how they relate to battery packs in xEVs.

EV-Battery Pack Design

Cell Selection and Configuration

How to select the right battery cells and configure them for optimal performance.

EV-Battery Pack Design

Thermal Management

Techniques for controlling heat within the battery pack to enhance performance and safety.

EV-Battery Pack Design

Battery Management System (BMS)

The role of BMS in battery pack design and how to ensure efficient management of battery functions.

EV-Battery Pack Design

Charging and Discharging Techniques

Efficient strategies for charging and discharging to extend battery life and optimize performance.

EV-Battery Pack Design

Safety and Compliance

Adherence to international standards, including ISO 26262 and IEC 62133, to ensure safety and reliability.

EV-Battery Pack Design

System Integration

How to integrate the battery pack with the overall xEV system, ensuring seamless operation and maximum efficiency.

EV-Battery Pack Design

Emerging Technologies in Battery Design

Latest trends and technologies, including solid-state batteries, fast-charging innovations, and more.

EV-Battery Pack Design

Lab Recorded Sessions - xEV Battery Pack Design

Real-world demonstrations of battery pack design and testing.

EV-Battery Pack Design

Masterclass Videos

Expert insights on overcoming design challenges and optimizing performance.

Best Value

EV – Essentials

  • EV basics(jaya)
  • Overview of components
  • Powertrain systems
  • Fundamentals of architecture
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Best Value

Energy Storage System

  • Key storage principles
  • Battery chemistries
  • Industry standards
  • Role in EV mobility
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Best Value

Battery Pack Design

  • Robust design processes
  • Diagnostics
  • Safety standards
  • Integration expertise
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Best Value

Battery Management System

  • BMS architecture
  • Fault detection
  • Optimization tools
  • Advanced troubleshooting
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Best Value

High Voltage Systems

  • High voltage design 
  • Advanced safety protocols
  • International standards
  • EV applications
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Best Value

Thermal Management System