Course Overview
Looking to build in-demand knowledge in electric vehicle technology and battery systems? Start your learning journey with the Electric Vehicle Battery Management System Course — a CPD-accredited, fully online EV BMS training programme designed for learners seeking structured, industry-relevant knowledge in electric vehicle battery systems, power electronics and battery safety.
This best-selling and highly rated programme provides essential knowledge to understand how battery management systems operate within electric vehicles, supporting learning across EV engineering, automotive technology and energy storage environments.
This online Electric Vehicle Battery Management System course in the UK is ideal for individuals seeking flexible, CPD-certified training that supports skill development in the rapidly growing electric vehicle and clean energy sector.
Course Overview
Structured into 16 specialised modules, this Electric Vehicle Battery Management System course covers crucial topics, including:
- Fundamentals of electric vehicle battery management systems
- Passive cell balancing techniques
- Voltage, current and temperature measurement methods
- Coulomb counting and state-of-charge estimation
- Battery Management System (BMS) IC selection
- Microcontrollers (MCU) used in BMS design
- Lithium-ion battery cell modelling concepts
- UART, I2C, SPI and CAN communication protocols
- Power management principles within EV battery systems
- BMS design considerations for 12V applications
This course provides a comprehensive foundation to understand battery monitoring, protection and communication systems used in electric vehicles across the UK and the global EV industry.
The Electric Vehicle Battery Management System course provides the theoretical foundation needed to understand battery safety, performance monitoring, energy efficiency and system integration. Additionally, it strengthens your understanding of technical standards, system architecture and responsible engineering considerations within EV battery environments.
By completing this CPD-accredited Electric Vehicle Battery Management System course, you will gain structured knowledge that supports Continuing Professional Development (CPD) and enhances employability across EV, automotive and energy-related roles.
Learning Outcomes
By the end of this Electric Vehicle Battery Management System course, you will be able to:
- Understand the purpose and functions of a battery management system in electric vehicles
- Explain how voltage, current and temperature are measured in battery packs
- Understand passive cell balancing and coulomb counting techniques
- Recognise the role of communication protocols used in BMS design
- Understand lithium-ion battery behaviour and modelling concepts
- Identify key components used in EV battery management systems
- Understand safety, monitoring and efficiency considerations in EV batteries
- Apply structured technical thinking to EV battery system scenarios
Why Enrol in This Course?
By enrolling in this CPD-accredited EV Battery Management System course, you gain essential technical knowledge aligned with the fast-growing electric vehicle and clean energy sector.
This online EV BMS course is designed for training and skill-building purposes, offering flexible learning with no fixed deadlines. With 365-day access, you can study at your own pace while building future-ready technical knowledge relevant to EV engineering and battery technology roles.
Who is This Course for?
This Electric Vehicle Battery Management System course is ideal for:
- Learners interested in electric vehicles and battery technology
- Engineering and electronics students seeking EV-focused knowledge
- Automotive technology enthusiasts
- Professionals looking to upskill in EV and energy storage concepts
- Career changers exploring opportunities in the EV sector
- Anyone seeking CPD-accredited EV battery system training in the UK
Prerequisites for This Course
There are no formal entry requirements for this Electric Vehicle Battery Management System course. To enrol, you should:
- Have a basic understanding of the English language
- Possess basic numeracy and IT skills
- Be motivated to learn about electric vehicles and battery systems
No previous engineering or automotive experience is required.
CPD Accredited Certification
Upon completing the course and passing the final exam, you will receive a CPD QS Accredited Certificate from Apex Learning. This certification demonstrates your qualifications and skills. The Digital version of the certificate is available for a discounted price of £9.99 only, and you can order a hard copy of the certificate for a discounted price of £14.99 only.
📍Note: Discounted certificate pricing is available for a limited time only. Secure yours before the offer ends!
QLS Endorsed Certification
Upon successful completion of the course, learners can order an Endorsed Certificate as recognition of their achievement. QLS Endorsed Certificates are available for an additional fee based on the qualification level, plus a £10 postage charge for international delivery.
Career Path
Completing the Electric Vehicle Battery Management System course can support progression into knowledge-based roles such as:
- EV Technology Support Roles
- Battery Systems Technician (entry-level knowledge support)
- Automotive Electronics Support Roles
- EV Research and Development Assistant
- Energy Storage and Battery Technology Support Roles
Career outcomes depend on individual experience, employer requirements and further development.
Electric Vehicle Battery Management System Course | CPD Accredited EV BMS Training Online – UK
Looking to build in-demand knowledge in electric vehicle technology and battery systems? Start your learning journey with the Electric Vehicle Battery Management System Course — a CPD-accredited, fully online EV BMS training programme designed for learners seeking structured, industry-relevant knowledge in electric vehicle battery systems, power electronics and battery safety.
This best-selling and highly rated programme provides essential knowledge to understand how battery management systems operate within electric vehicles, supporting learning across EV engineering, automotive technology and energy storage environments.
This online Electric Vehicle Battery Management System course in the UK is ideal for individuals seeking flexible, CPD-certified training that supports skill development in the rapidly growing electric vehicle and clean energy sector.
Course Overview
Structured into 16 specialised modules, this Electric Vehicle Battery Management System course covers crucial topics, including:
- Fundamentals of electric vehicle battery management systems
- Passive cell balancing techniques
- Voltage, current and temperature measurement methods
- Coulomb counting and state-of-charge estimation
- Battery Management System (BMS) IC selection
- Microcontrollers (MCU) used in BMS design
- Lithium-ion battery cell modelling concepts
- UART, I2C, SPI and CAN communication protocols
- Power management principles within EV battery systems
- BMS design considerations for 12V applications
This course provides a comprehensive foundation to understand battery monitoring, protection and communication systems used in electric vehicles across the UK and the global EV industry.
The Electric Vehicle Battery Management System course provides the theoretical foundation needed to understand battery safety, performance monitoring, energy efficiency and system integration. Additionally, it strengthens your understanding of technical standards, system architecture and responsible engineering considerations within EV battery environments.
By completing this CPD-accredited Electric Vehicle Battery Management System course, you will gain structured knowledge that supports Continuing Professional Development (CPD) and enhances employability across EV, automotive and energy-related roles.
Learning Outcomes
By the end of this Electric Vehicle Battery Management System course, you will be able to:
- Understand the purpose and functions of a battery management system in electric vehicles
- Explain how voltage, current and temperature are measured in battery packs
- Understand passive cell balancing and coulomb counting techniques
- Recognise the role of communication protocols used in BMS design
- Understand lithium-ion battery behaviour and modelling concepts
- Identify key components used in EV battery management systems
- Understand safety, monitoring and efficiency considerations in EV batteries
- Apply structured technical thinking to EV battery system scenarios
Why Enrol in This Course?
By enrolling in this CPD-accredited EV Battery Management System course, you gain essential technical knowledge aligned with the fast-growing electric vehicle and clean energy sector.
This online EV BMS course is designed for training and skill-building purposes, offering flexible learning with no fixed deadlines. With 365-day access, you can study at your own pace while building future-ready technical knowledge relevant to EV engineering and battery technology roles.
Who is This Course for?
This Electric Vehicle Battery Management System course is ideal for:
- Learners interested in electric vehicles and battery technology
- Engineering and electronics students seeking EV-focused knowledge
- Automotive technology enthusiasts
- Professionals looking to upskill in EV and energy storage concepts
- Career changers exploring opportunities in the EV sector
- Anyone seeking CPD-accredited EV battery system training in the UK
Prerequisites
There are no formal entry requirements for this Electric Vehicle Battery Management System course. To enrol, you should:
- Have a basic understanding of the English language
- Possess basic numeracy and IT skills
- Be motivated to learn about electric vehicles and battery systems
No previous engineering or automotive experience is required.
Assessment Method
Assessment for the course is conducted through an automated multiple-choice exam. A score of 60% is required to pass and earn the CPD Accredited Certificate. Reflective assignments are provided to enhance your learning, with expert tutor feedback available.
Certification
Upon completing the course and passing the final exam, you will receive a CPD QS Accredited Certificate from Apex Learning. This certification demonstrates your qualifications and skills. The Digital version of the certificate is available for a discounted price of £9.99 only, and you can order a hard copy of the certificate for a discounted price of £14.99 only.
📍Note: Discounted certificate pricing is available for a limited time only. Secure yours before the offer ends!
⬇️ Remove this QLS section if the course is not QLS endorsed (from mobile as well)
Endorsed Certificate from the Quality Licence Scheme
Upon successful completion of the course, learners can order an Endorsed Certificate as recognition of their achievement. QLS Endorsed Certificates are available for an additional fee based on the qualification level, plus a £10 postage charge for international delivery.
Career Path
Completing the Electric Vehicle Battery Management System course can support progression into knowledge-based roles such as:
- EV Technology Support Roles
- Battery Systems Technician (entry-level knowledge support)
- Automotive Electronics Support Roles
- EV Research and Development Assistant
- Energy Storage and Battery Technology Support Roles
Career outcomes depend on individual experience, employer requirements and further development.
Frequestly Asked Questions
Is this Electric Vehicle Battery Management System course recognised in the UK?
Yes. This is a CPD-accredited course designed for training and professional development purposes across the UK.
Do I need prior engineering experience to enrol?
No. This course is suitable for beginners and learners seeking foundational knowledge in EV battery systems.
Is this course delivered online?
Yes. The course is fully online and accessible on PC, laptop, tablet and smartphone devices.
Will I receive a certificate after completion?
Yes. After completing the assessments, you can apply for a CPD-accredited certificate.
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Course Curriculum
- 19 sections
- 38 lectures
- 00:00:00 total length
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Introduction 00:03:00
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Passive Cell Balancing: Working Principle 00:09:00
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Passive Cell Balancing: Hardware Circuit Design 00:06:00
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Passive Cell Balancing: Balancing Current deciding factor 00:06:00
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Passive Cell Balancing: Calculations 00:08:00
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Passive Cell Balancing: Assignment 00:02:00
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Voltage Measurement in Battery management system 00:02:00
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Voltage Measurement: Hardware circuit design 00:04:00
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Voltage Measurement: Component selection techniques 00:06:00
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Current Measurement: Battery Pack 00:05:00
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Current Measurement: Current Sense Resistor-based Hardware Circuit 00:09:00
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Current Measurement: Assignment 00:02:00
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Current Measurement: Sense Resistor and External amplifier 00:08:00
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Current Measurement with Sense Resistor and External Amplifier: Assignment 00:02:00
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Current Measurement: Hall Effect sensor 00:07:00
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Current Measurement: Datasheet understanding 00:10:00
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Current Measurement: Calculations 00:06:00
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Current Measurement using Hall Sensor: Assignment 00:02:00
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Temperature Measurement: In BMS 00:10:00
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Temperature Measurement: Thermistor Calculation 00:13:00
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Temperature Measurement: Assignment 00:02:00
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Coulomb Counting – SoC Estimation 00:05:00
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Coulomb counting: Calculation 00:03:00
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Coulomb counting: Assignment 00:07:00
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What parameters are taken to select your right BMS IC? 00:13:00
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A tour to Texas Instrumentsfor BMS IC selection 00:09:00
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A tour to Texas Instruments: Battery Protectors 00:10:00
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A tour to Texas Instruments: Battery Monitors and Balancers 00:09:00
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A tour to Texas Instruments: Fuel Gauge IC 00:13:00
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MCU for BMS: Basics 00:04:00
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MCU for BMS: Selection Technique 00:07:00
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MCU for BMS: Assignment 00:02:00
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Cell Modeling 1 00:02:00
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Cell Modeling 2 00:02:00
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Cell Modeling 3 00:09:00
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Cell Modeling 4 00:08:00
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Cell Modeling 5 00:14:00
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Communication Protocol 1 00:05:00
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Communication Protocol 2.1 00:10:00
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Communication Protocol 2.2 00:07:00
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Communication Protocol 2.3 00:07:00
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Communication Protocol 2.4 00:06:00
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UART Demo 1 00:12:00
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UART Demo 2 00:07:00
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I2C communication protocol 1 00:06:00
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I2C communication protocol 2 00:04:00
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I2C communication protocol 3 00:06:00
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I2C communication protocol 4 00:12:00
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I2C communication protocol 5 00:04:00
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I2C communication protocol 6 00:05:00
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I2C communication protocol 7 00:14:00
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I2C Demo 2 00:15:00
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SPI Communication 1 00:06:00
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SPI Communication 2 00:07:00
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SPI Communication 3 00:06:00
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CAN Communication 1.1 00:03:00
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CAN Communication 1.2 00:04:00
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CAN Communication 1.3 00:06:00
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CAN Communication 1.4 00:07:00
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CAN Communication 1.5 00:03:00
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CAN Communication 1.6 00:06:00
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CAN Communication 1.8 00:05:00
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Power management 1 00:04:00
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Power management 2 00:04:00
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Power management 3 00:04:00
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Power management 4 00:05:00
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BQ76925 Datasheet: Part 1 00:09:00
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BQ76925 Datasheet: Part 2 00:09:00
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BQ76925 Datasheet: Part 3 00:14:00
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BQ76925 Datasheet: Part 4 00:13:00
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BQ76925 Reference Design: 1 00:10:00
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BQ76925 Reference Design: 2 00:06:00
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BQ76925 Reference Design: 3 00:06:00
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BQ76925 Reference Design: 4 00:15:00
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BQ76925 Reference Design: 5 00:05:00
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BQ76925 Reference Design: 6 00:07:00
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BQ76925 Reference Design: 7 00:06:00
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Thank you 00:03:00
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Resource – Electric Vehicle Battery Management System 00:00:00
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Claim Your Certificate 00:00:00
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Thank you for completing your course with us! We’d appreciate your feedback! 00:00:00
4.8 Star course rating
£21.99
£419
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This course includes:
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Duration:8 hours, 52 minutes
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Access:1 year access
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Level:
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CPD Points:10