Continual growth in computer speed and visualisation techniques has led to remarkable improvements in engineering simulations. Simulation software can predict how designs will work in practice, leading to reduced waste and improved outcomes. As such, multidisciplinary engineers with these specialist computational skills are in increasingly high demand. This degree responds to the demand for engineers who can tackle engineering challenges by using advanced software, high-performance computers and digital manufacturing.<br><br>You will develop a broad engineering skill set, alongside specialist knowledge of areas that rely on advanced computational analysis, such as Finite Element analysis and Computational Fluid Dynamics.<br><br>Your multidisciplinary engineering expertise and practical experience will open doors in a diverse range of sectors, from biomedical manufacturing to automotive engineering, aerospace and infrastructure.<br><br>Become proficient with analytical, computational, CAD and experimental techniques to solve engineering problems<br>Learn from research-active academics at the cutting-edge of the discipline<br>Study in specialist facilities including our flight deck, motion simulators, wind tunnels, optical compressors, formula car simulator and more<br>Boost your employability with an optional work placement - past hosts have included BMW, the Home Office, Airbus and British Airways<br>Benefit from our industry connections and outstanding reputation from 120 years of engineering teaching.