Advanced Diagnostics & Testing for EV Battery Systems

This comprehensive course equips participants with a strong foundation in diagnosing, testing, and maintaining EV battery systems. Covering essential concepts like battery chemistry, management systems, and advanced diagnostic tools, this course is ideal for professionals and freshers aiming to excel in the EV industry. Real-world projects and hands-on sessions ensure a balance between theoretical and practical learning.

Hardware & Software Required

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

Software: None

DIY Projects Included

Battery Pack Diagnosis:
- Testing and repairing a faulty battery pack.
BMS Debugging:
- Analyzing and fixing BMS communication and sensor issues.
Preventive Maintenance Plan:
- Developing and implementing a battery maintenance routine.

Course Benefits

Freshers

Build a strong foundation in battery components and systems.
Gain hands-on experience with diagnostic tools.
Learn to interpret battery performance metrics.
Develop troubleshooting methodologies.
Acquire essential safety knowledge for high-voltage systems.

Professionals

Enhance diagnostic skills for complex battery systems.
Learn advanced techniques in BMS analysis and debugging.
Understand industry standards and certifications.
Gain expertise in preventive and corrective maintenance.
Prepare for leadership roles in battery development and support.

Technical expertise you will gain

Technical Expertise Gained:

Understanding battery architectures and components.
Diagnosing battery faults and performance issues.
Debugging BMS firmware and software.
Analyzing diagnostic logs and performance metrics.
Implementing safety protocols for battery systems.
Conducting preventive maintenance and calibration.
Repairing and replacing faulty battery components.
Optimizing battery lifecycle and performance.
Using advanced diagnostic tools effectively.
Designing and executing capacity and load tests.

Learning Objectives Achieved:

Understand the working principles of EV batteries.
Identify and resolve common battery system issues.
Use diagnostic tools effectively for troubleshooting.
Analyze and repair BMS communication errors.
Implement preventive maintenance strategies.
Test and validate battery performance metrics.
Read and interpret technical schematics.
Develop a systematic approach to fault isolation.
Ensure safe handling of high-voltage equipment.
Document and report repair and maintenance work effectively.

Key Job Areas

Job Roles

Skill Sets

Key Job Areas

Job Roles

Skill Sets

Who can take this course?

This course is suitable for individuals who have a foundational understanding of automotive engineering, electrical engineering, or a related field.

Freshers
Professionals