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Future Vehicle Technologies (including Professional Practice) MSc

Aston University, United Kingdom
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Course Overview

This course is designed to provide students with a comprehensive understanding of the latest technologies and innovations in the automotive industry, including electric and autonomous vehicles. Students will learn about the technical, environmental, and social aspects of these technologies, as well as the professional practices involved in their development and implementation. The course also includes a practical element, where students will work on a project related to future vehicle technologies, under the supervision of experienced academics and industry professionals.

Additional Information

This course is ideal for students who are interested in pursuing a career in the automotive industry, particularly in areas such as electric vehicle technology, autonomous vehicles, and sustainable transportation. The course will provide students with the knowledge and skills required to work in this field, as well as the opportunity to gain practical experience through project work.

Aston University: The Perfect Choice for Future Vehicle Technologies

Aston University is a world-class institution for automotive research and education, with a strong reputation for producing highly skilled professionals in the field. The university's close ties with industry ensure that students are exposed to the latest technologies and trends in the automotive sector, providing them with a unique learning experience. Additionally, the university's location in the Midlands provides easy access to major automotive manufacturers and suppliers, offering students opportunities for networking and career development.

Why You Should Study This Course

The course was created to prepare the engineering professionals demanded to lead the transition process to hybrids, pure electric, autonomous and connected vehicles and develop the prospective related technologies. It aims to provide automotive engineers and recent engineering graduates with multidisciplinary fundamental knowledge, awareness of breakthrough advancements and the necessary skills to attend to the requirements of the modern electrified automotive industry. The skills gaps addressed include a complete understanding of hybrid and electric powertrains, connected vehicles and autonomous driving, design of electric drives, low-carbon engines and fuels, and multiphysics modelling of automotive systems using advanced computational tools.

General Eligibility

A 2.2 in a first degree (BEng) in engineering.

What You'll Study

1 Core Modules
Hybrid and Electric Powertrains Power Electronics and Electric Drives Vehicle Automation and Connectivity New Engines and Alternative Fuels Multiphysics System Design Computational Fluid Dynamics and Applications Finite Element Analysis and Solid Mechanics Research Methods Dissertation

Language Requirement

IELTS 6.0 overall and a minimum of 5.5 in each area. Financial requirement You’ll need to show you have enough money to support yourself - unless you’ve been in the UK with a valid visa for at least 12 months on the date of your application. How much money you need depends on where you will be studying. You’ll need either: £1,334 per month (for up to 9 months) for courses outside London £1,023 per month (for up to 9 months) for courses inside London If you’re applying for the Doctorate Extension Scheme, and you’ve been in the UK for less than 12 months, you need to prove you have a total of £2,668 for courses in London, or a total of £2,046 for courses outside London. If you’re boarding at a residential independent school, you’ll need to pay boarding fees instead. The amount you need to pay will be on your CAS. London means the City of London and the 32 London boroughs.

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