MSc Electric Vehicle Engineering with Placement Year
Course Overview
This MSc in Electric Vehicle Engineering is a forward-thinking postgraduate program designed to equip you with the advanced skills to design and develop the next generation of smart, sustainable mobility solutions. The curriculum integrates core principles from electrics, electronics, and control systems to master the entire EV powertrain, from power electronics and battery technology to autonomous digital systems. You will gain the practical and academic expertise to transform innovative concepts into real-world applications, supported by an optional industry placement to connect your learning with professional experience.
Key Program Highlights
- Comprehensive mastery of the EV powertrain, including electrical machines, drives, power electronics, and battery technology
- Focus on designing smart, cognitive, and autonomous systems that interact with their environment using sensor data
- Integration of key engineering disciplines: electrics, electronics, control, power, automation, and robotics
- Hands-on learning to take projects from initial concept through to prototyping and testing
- Optional industry placement year to gain valuable real-world experience and enhance career prospects
Course Overview
This MSc in Electric Vehicle Engineering is a forward-thinking postgraduate program designed to equip you with the advanced skills to design and develop the next generation of smart, sustainable mobility solutions. The curriculum integrates core principles from electrics, electronics, and control systems to master the entire EV powertrain, from power electronics and battery technology to autonomous digital systems. You will gain the practical and academic expertise to transform innovative concepts into real-world applications, supported by an optional industry placement to connect your learning with professional experience.
Key Program Highlights
- Comprehensive mastery of the EV powertrain, including electrical machines, drives, power electronics, and battery technology
- Focus on designing smart, cognitive, and autonomous systems that interact with their environment using sensor data
- Integration of key engineering disciplines: electrics, electronics, control, power, automation, and robotics
- Hands-on learning to take projects from initial concept through to prototyping and testing
- Optional industry placement year to gain valuable real-world experience and enhance career prospects
