MSc Future Vehicle Technologies (including Professional Practice)
Course Overview
This multidisciplinary MSc program equips new graduates and experienced engineers to lead the transition to the next generation of intelligent, connected, and ultra-low emission vehicles. It provides the fundamental knowledge and specialized skills required to excel in the modern electrified automotive industry, featuring a unique professional placement opportunity to gain invaluable real-world experience.
Key Program Highlights
- Master the core technologies of hybrid and electric powertrains, autonomous driving, and connected vehicle systems.
- Gain hands-on experience with advanced computational tools for multiphysics modelling and electric drive design.
- Undertake a significant professional placement to apply your learning in a real industry or research setting.
- Learn from a large team of specialist academics delivering a tailored, industry-relevant curriculum.
- Develop the multidisciplinary expertise needed to lead innovation in low-carbon engine and alternative fuel technologies.
Course Overview
This multidisciplinary MSc program equips new graduates and experienced engineers to lead the transition to the next generation of intelligent, connected, and ultra-low emission vehicles. It provides the fundamental knowledge and specialized skills required to excel in the modern electrified automotive industry, featuring a unique professional placement opportunity to gain invaluable real-world experience.
Key Program Highlights
- Master the core technologies of hybrid and electric powertrains, autonomous driving, and connected vehicle systems.
- Gain hands-on experience with advanced computational tools for multiphysics modelling and electric drive design.
- Undertake a significant professional placement to apply your learning in a real industry or research setting.
- Learn from a large team of specialist academics delivering a tailored, industry-relevant curriculum.
- Develop the multidisciplinary expertise needed to lead innovation in low-carbon engine and alternative fuel technologies.
