Electric Vehicle Engineering MSc

1 Years On Campus Masters Program

University of East London

Program Overview

The MSc Electric Vehicle Engineering at the University of East London equips students with the knowledge and practical skills to design, build, and test advanced electric vehicles. It is ideal for engineers who want to work in sustainable transport and cutting-edge mobility technologies.

Curriculum Structure

Initial Phase: Students focus on core subjects including Electrical Automotive Engineering Practice, Applied Research and Engineering Practice, and Intelligent Transport Systems. They develop an understanding of electric drives, battery management, and sensor-based vehicle control.
Middle Phase: Optional modules such as Automation and Robotics and Thermo‑mechanical Energy Conversion allow students to explore robotics in mobility or study energy conversion and thermal systems in electric vehicles.
Final Phase: Students complete a dissertation or industrial project, applying their skills to a real-world problem in electric vehicle design, testing, or optimization, gaining experience in research, project management, and engineering innovation.

Focus Areas

Electric powertrains, battery technology, embedded control systems, intelligent transport systems, automation and robotics, sustainable mobility.

Learning Outcomes

Graduates will be able to design and test electric vehicle powertrain systems, implement sensor-based control and automation solutions, interpret sustainability challenges in transport, and carry out applied research in electric mobility.

Professional Alignment (Accreditation)

The programme aligns with current industry needs in electric vehicles, smart mobility, and automotive engineering, equipping graduates with skills sought by employers in the sector.

Reputation (Employability / Rankings)

The University of East London is recognised for its strong industry links and practical learning opportunities, preparing graduates for careers in electric vehicle development, power electronics, and intelligent transport systems.

Experiential Learning (Research, Projects, Internships etc.)

At UEL, the MSc Electric Vehicle Engineering program is deeply practical. Students don’t just learn about EVs — they design, test, and build intelligent mobile systems powered by green energy. The Docklands campus provides modern engineering facilities, including workshops and labs where students work with real hardware and electronics. The curriculum integrates theory with hands-on lab exercises and simulation tools so students can apply what they learn to real vehicle components.

Students benefit from:

Practical lab work focused on electrical machines, drives, batteries, and power electronics.
Use of automation and embedded control systems to build smart, sensor-driven vehicle subsystems.
Design and testing of EV powertrain components, including energy regeneration systems.
An optional placement year, where students can work in industry and connect their academic learning with real-world applications.
Group and individual projects for both coursework and research, culminating in a dissertation that addresses a real engineering challenge.
Site visits and possibly field trips (depending on course offerings), giving exposure to industrial practices and manufacturing environments.
Professional guest lectures and workshops led by industry experts, enhancing practical understanding and networking.

Key Modules

Some of the core and optional modules that help shape this program are:

Electrical Automotive Engineering Practice — explores how electric machines and drives are applied in vehicles.
Intelligent Transport Systems — covers smart mobility, sensors, and system communications for EVs.
Applied Research and Engineering Practice — builds applied research skills and bridges academic learning with practice.
Automation and Robotics (optional) — teaches students to build robotic systems and autonomous components.
Thermo‑mechanical Energy Conversion (optional) — examines energy conversion in thermal engines and hybrid systems.
Mental Wealth: Professional Life — develops soft skills, career planning, and professional fitness.
Industrial Placement — provides a structured pathway for gaining work experience.

Progression & Future Opportunities

Graduates from this program are well-prepared for careers in electric vehicle engineering, automotive innovation, and sustainable transport:

University services supporting employment: The Careers and Employability Service provides tailored advice, industry networking events, and support for internships or placements within the automotive and EV sectors.
Employment stats and salary figures: Early career graduates can expect starting salaries ranging from £28,000 to £45,000, with specialist engineers in electric vehicle systems often earning higher.
University–industry partnerships: Collaboration with leading automotive and EV manufacturers offers opportunities for live projects, placements, and exposure to cutting-edge technologies.
Long-term accreditation value: The program supports progression toward professional recognition, including Chartered Engineer (CEng) status for eligible graduates.
Graduation outcomes: Alumni often secure roles such as Electric Vehicle Engineer, Powertrain Engineer, Battery Systems Engineer, or Vehicle Systems Integration Specialist.

Further Academic Progression:
Graduates may pursue research degrees such as a PhD in Electric Vehicle Systems, Sustainable Mobility, or Automotive Engineering, or specialised postgraduate certifications in areas like battery technology, autonomous vehicles, or renewable energy integration.