Certificate in Electric Vehicle Battery Technology

The Certificate in Electric Vehicle Battery Technology is designed to provide learners with practical knowledge and technical skills related to battery systems used in electric and hybrid vehicles. The program covers battery fundamentals, battery chemistry, cell and module construction, battery packs, Battery Management Systems, charging systems, thermal management, battery testing, diagnostics, maintenance, safety, and battery lifecycle management. Learners will develop an understanding of how EV battery systems store, manage, and deliver electrical energy while gaining awareness of safe inspection and servicing practices.

Skills Covered

• Fundamentals of electric vehicle battery technology

• Types and characteristics of EV battery systems

• Common battery chemistries used in electric vehicles

• Battery cells, modules, and pack construction

• Battery voltage, capacity, current, and energy concepts

• Series and parallel battery configurations

• High-voltage battery system fundamentals

• Battery Management System (BMS) principles

• Cell monitoring and battery balancing

• State of Charge (SOC) and State of Health (SOH)

• Battery charging principles and charging requirements

• AC and DC charging fundamentals

• On-board charger and charging-system awareness

• Battery thermal management systems

• Battery cooling and temperature monitoring

• Battery inspection and condition assessment

• Basic battery testing and diagnostic procedures

• Identification of battery faults and performance issues

• Battery degradation and lifecycle considerations

• Battery maintenance and service requirements

• High-voltage electrical safety procedures

• Safe handling and isolation of EV battery systems

• Battery storage, transportation, and emergency awareness

• Battery recycling and end-of-life management

• Use of basic EV battery diagnostic equipment

• Battery service documentation and reporting

Why Join This Program?

• Gain practical knowledge of electric vehicle battery technology.

• Understand how EV battery cells, modules, and packs are designed and connected.

• Learn the fundamentals of lithium-ion and other commonly used EV battery technologies.

• Develop an understanding of Battery Management Systems and battery monitoring.

• Learn how battery capacity, charging, temperature, and usage affect performance.

• Understand AC and DC charging systems and their relationship with EV batteries.

• Develop awareness of battery testing, diagnostics, and condition assessment.

• Learn how battery thermal management supports safe and efficient operation.

• Develop essential safety awareness for working around high-voltage vehicle systems.

• Understand battery degradation, lifecycle management, and recycling considerations.

• Prepare for opportunities in electric vehicle service centres, automotive workshops, EV maintenance operations, and emerging electric mobility industries.

Course Objective

The objective of this program is to develop learners' practical knowledge and technical understanding of electric vehicle battery systems. Learners will gain an understanding of battery chemistry, cell and pack construction, high-voltage systems, Battery Management Systems, charging, thermal management, battery testing, diagnostics, safety, and lifecycle management. The program aims to provide a foundation for learners working with or progressing into electric vehicle service, maintenance, and battery technology roles.

Learning Outcomes

Upon successful completion of the program, learners will be able to:

• Explain the fundamental principles of electric vehicle battery technology.

• Identify common battery types and chemistries used in electric and hybrid vehicles.

• Explain the structure and function of battery cells, modules, and packs.

• Understand basic battery voltage, current, capacity, energy, and power concepts.

• Explain series and parallel battery configurations.

• Understand the purpose and operation of high-voltage EV battery systems.

• Explain the basic functions of a Battery Management System.

• Understand cell monitoring, balancing, and battery protection functions.

• Explain State of Charge and State of Health concepts.

• Understand basic EV battery charging principles and charging methods.

• Differentiate between basic AC and DC charging concepts.

• Explain the role of thermal management in EV battery performance and safety.

• Perform basic battery inspection and condition-assessment procedures.

• Identify common battery performance issues and warning symptoms.

• Understand basic battery testing and diagnostic procedures.

• Recognize factors that contribute to battery degradation and reduced capacity.

• Apply appropriate safety procedures when working around high-voltage battery systems.

• Understand basic battery isolation and safe handling requirements.

• Apply appropriate battery storage and handling practices.

• Understand basic battery recycling and end-of-life management processes.

• Use basic EV battery diagnostic equipment in accordance with appropriate safety procedures.

• Maintain basic battery inspection, testing, and service documentation.

• Apply safe and systematic practices when supporting electric vehicle battery inspection and maintenance activities.