The automotive industry is undergoing a revolutionary shift towards electric and hybrid vehicle technology, creating an increasing demand for engineers and professionals who understand EV systems, powertrains, and sustainable transport solutions. The Diploma in Electric Vehicle Technology is a 40-credit programme designed to equip learners with specialised knowledge in electric vehicle engineering, power systems, energy sources, and vehicle dynamics.
With a focus on both traditional automotive engineering and cutting-edge EV technology, this diploma provides a theoretical foundation for understanding vehicle design, powertrain efficiency, battery management, and EV infrastructure. Whether you are looking to upskill, advance your career, or enter the fast-growing field of electric mobility, this programme will give you the expertise needed to contribute to the future of transportation.
With a flexible online learning format, this diploma allows you to study at your own pace, making it ideal for professionals, students, and career changers who want to gain valuable knowledge without disrupting their existing commitments.
Diploma in Electric Vehicle Technology is a 40 credit course leading to the qualification of:
Diploma in Electric Vehicle Technology
| Course ID: | Credits: |
|---|---|
| DIPEVT6 | 40 Credits |
The course is delivered as an online engineering course, consisting of two 20 credit units. The first unit is a recommended unit which is designed to deliver some fundamental learning required to progress onto the second, specific core unit.
- Unit 1: Automotive Engineering Systems (recommended*)
This unit provides a comprehensive understanding of advanced automotive engineering systems, with a focus on vehicle dynamics, powertrain technologies, electric and hybrid vehicles, and automotive safety systems. The unit integrates theoretical knowledge, preparing students to work in the design, analysis, and implementation of automotive technologies. Through project-based learning and case studies, students will explore modern challenges in the automotive industry, including the move toward sustainable and autonomous vehicles.
Unit 2: Electric Vehicle Technology (core)
This unit introduces learners to the fundamental engineering and technology behind electric vehicles (EVs) and hybrid electric vehicles (HEVs). It explores the historical evolution, recent advancements, and state-of-the-art developments in electric vehicle technology.
Learners will study EV systems and parameters, energy sources, battery technology, and the infrastructure required to support EV adoption. The unit also examines the broader impact of EVs on power systems, energy consumption, the environment, and the economy.
On successful completion, students will gain a comprehensive understanding of why EVs were developed, how they function, the infrastructure they require, and their societal impact.
* The recommended unit can be replaced by a different unit of your choice depending on your personal preference, or previous learning experience.
This diploma integrates two key areas of study: Automotive Engineering Systems and Electric Vehicle Technology. Together, they provide a comprehensive understanding of vehicle design, performance, and energy efficiency, helping students bridge the gap between conventional automotive engineering and the innovations driving electric mobility.
The programme explores the core principles of vehicle dynamics, examining how handling, stability, and aerodynamics influence overall performance. Learners will gain insight into modern powertrain technologies, comparing the efficiency of internal combustion engines, hybrid systems, and fully electric drivetrains. There is also a strong focus on automotive safety, evaluating how active and passive safety systems enhance road safety and protect occupants.
Beyond traditional automotive engineering, the course delves into electric vehicle technology, exploring its evolution, current advancements, and future potential. Students will study battery technologies, energy sources, and hybrid energy integration, gaining an understanding of how energy storage and distribution impact vehicle efficiency. The role of EV infrastructure, including charging networks and grid integration, is also a key focus, ensuring students grasp the broader impact of electrification on energy systems, the environment, and the economy.
By the end of the programme, learners will have a deep understanding of both conventional automotive principles and the rapidly advancing field of electric mobility, preparing them to contribute to the future of transportation.
This diploma is ideal for those who want to develop a strong technical and strategic understanding of electric vehicle technology. Engineers and technicians working in the automotive sector will find this course beneficial for transitioning into EV development, while graduates with a passion for sustainability and innovation will gain the expertise needed to enter the growing field of electric mobility.
For professionals involved in transport planning, policy, or environmental sustainability, this diploma offers valuable insights into EV adoption, energy systems, and the broader implications of electrification. Career changers looking to move into the automotive or clean energy industries will also benefit from the programme’s structured approach to vehicle technology and infrastructure.
No prior experience in EV technology is required—just an interest in engineering, transportation, and sustainable innovation.
With global investment in electric vehicle technology on the rise, there are increasing opportunities for professionals in this field. Graduates of this diploma will be equipped to take on roles such as EV engineers, powertrain specialists, and sustainable transport consultants. They may work on battery and charging infrastructure projects, contribute to automotive research and development, or play a role in developing policies for electric mobility adoption.
As governments push for zero-emission vehicle targets, companies are actively seeking professionals who understand EV design, performance optimisation, and grid integration. Whether working in automotive engineering, energy systems, or urban transport planning, the knowledge gained from this diploma will open doors to a dynamic and future-focused industry.
The online Diploma in Electric Vehicle Technology offers learners the flexibility to study at their own pace and schedule, making it an ideal option for those with busy work schedules or family commitments.
There are no classes to attend, no schedules, no deadlines and no exams. You are in control over how and when you study. You can start any day of the year and you graduate when you complete the course (according to your schedule.
Upon successful completion you would have the option to transfer these credits into our higher education courses:
Higher International Certificate in Engineering (EduQual Level 4)
Higher International Diploma in Engineering (EduQual Level 5)
International Graduate Diploma in Engineering (Level 6)
The transition to electric vehicles is reshaping the automotive landscape, and those with expertise in EV technology and sustainable transport will be at the forefront of this change. If you’re ready to develop the skills needed to innovate, design, and contribute to the electric mobility revolution, this diploma is your next step.
Enrol today and become part of the future of transportation—where engineering meets sustainability to create cleaner, smarter mobility solutions.