COURSE CURRICULUM

The MSc in Automotive Mechatronics at Cranfield University comprises a comprehensive set of compulsory modules designed to develop expertise in the multidisciplinary integration of automotive systems. The course begins with an induction module that introduces the program structure, facilities, and essential skills in teamwork, project management, communication, and research ethics. The Vehicle Design, Propulsion and Performance module focuses on vehicle propulsion systems, driveline configurations, braking and safety systems, and legislative impacts on vehicle design, providing an in-depth understanding of vehicle performance and efficiency. The Automotive Control and Simulation module equips students with skills in classical control methods, introducing MATLAB and Simulink for modelling and simulation of automotive systems. Building on this, the Vehicle Electrification and Hybridisation module offers knowledge of hybrid and electric vehicle architectures, electric drives, energy storage systems, and energy management strategies, supported by real-world case studies. Vehicle Dynamics covers ride and handling characteristics, tyre modelling, suspension, and steering system design. Mechatronics Modelling for Vehicle Systems introduces mathematical modelling, system identification, and vehicle system simulations using physical principles and Simulink. Advanced Control and Optimisation expands into multivariable and optimal control, including LQR, MPC, and Kalman filtering, with applications in complex automotive systems. Embedded Vehicle Control Systems explores hardware architectures, vehicle networking technologies (such as CAN, LIN, and FlexRay), rapid prototyping, and validation methods like software- and hardware-in-the-loop. It also emphasises the importance of software engineering practices, including auto-coding and ISO26262 functional safety standards. These integrated modules ensure that students develop a robust understanding of theoretical and practical aspects of automotive mechatronics, preparing them to design, simulate, implement, and validate control systems in modern vehicles. The course delivers the necessary skills to navigate the evolving automotive landscape and meet the demands for intelligent, efficient, and safe vehicle technologies.