This course aims to provide a comprehensive understanding of design processes and the ability to generate innovative designs for products, systems, components or processes. We will develop, learn and apply new theories, concepts and methods in novel and challenging situations, analysing emerging technologies, analytical techniques and assessing their limitations. We aim equip you with the skills and knowledge to analyse and assess commercial risks, management and business practices, associated with the introduction in new situations and environments. Achievement of learning outcomes in the majority of taught modules is assessed by a combination of group and individual coursework. The learning outcomes of modules, assignments and projects will be clearly stated in advance and your work will be marked according to how well you achieve these learning outcomes. You need to achieve above 40% to pass. On completion, you should be able to: apply and demonstrate understanding of the basic theoretical principles and practical techniques used in the solution of engineering problems related to power train, aerodynamics, noise and vibration, vehicle dynamics and vehicle systems; apply computer based material and manufacturing process selection packages to determine the optimum materials for specific applications and conditions; apply engineering management and design tools in the automotive product development process; and design, access and analyse vehicle structure components and assemblies using both experimental and numerical methods and redesign components, systems or entire vehicle systems in line with legislation and safety test procedures for vehicle occupants and pedestrians.