To apply for this course, click on the ‘Apply now’ button below to complete the online application form.
Before you start, look to have the following ready:
You don't need every document to hand before you start. You can save your application and add documents as they become available. See our full list of application documents for more information.
Once you have submitted your application, you will receive email confirmation, followed by access to our Applicant Portal where you can upload any outstanding documents and manage your details. See our After you apply page for next steps.
See our key dates and deadlines for our current application deadlines by intake and campus. Places are limited, so we recommend you apply as early as possible.
We welcome applications from talented individuals of all backgrounds and each application is considered on its individual merit. Usually applicants must hold:
A UK first or second class undergraduate degree with honours, as a minimum, or equivalent international qualification.
Ideally applicants will have studied in engineering, mathematics or an applied science subject.
Find information about equivalent qualifications in your country on our International entry requirements page .
In a rapidly evolving automotive sector, virtual prototyping for vehicle structures is an essential part of the development process of innovative vehicle designs. This course empowers students with the advanced skills and tools needed to reshape vehicle design, focusing on advanced simulation, passive safety and material characterisation. For CAE engineers and their teams, this knowledge is crucial for optimising design processes, minimising the need for physical prototypes, and delivering reliable, data-driven solutions that accelerate development and improve vehicle performance from road vehicles to racing cars. The MSc in Virtual Prototyping for Vehicle Structures has been developed to provide the Automotive and Motorsport industry with high calibre stress analysts that are equipped with the necessary skills to meet the demands of the structures and CAE department. Through hands-on experience with advanced simulation tools and industry-leading techniques, students will be inspired to push the boundaries of innovation to contribute to the development of smarter, safer and more efficient vehicles. The balance between lab experience at the Cranfield Impact Centre and exposure to advanced simulation techniques will provide a comprehensive understanding of both theoretical and practical aspects to analyse prototypes in a virtual environment and refine their concepts through testing.