Electrification is transforming the global energy system. Renewable electricity, battery technologies, smart power grids and electric mobility are key to achieving a fossil-free future. This master's programme prepares you to develop the technologies and systems that will drive this transition.
The programme provides in-depth knowledge of electric power systems, power electronics, electric drives, battery systems, renewable electricity production and the integration of renewable energy into modern power grids. You will build a strong foundation in electrical engineering and energy systems while working with the technologies that enable tomorrow's sustainable electricity infrastructure.
A key focus is understanding the challenges of integrating renewable electricity into existing power systems and developing solutions for efficient energy storage, transmission and distribution. You will learn how electrification can reduce emissions, improve energy efficiency and strengthen the resilience of future energy systems.
The programme combines electrical engineering with control engineering, energy systems and environmental science. This interdisciplinary approach prepares you to develop technically advanced and economically viable solutions for the rapidly evolving energy sector.
A Bachelor’s degree in electrical engineering, mechanical engineering, engineering physics, automation, or equivalent. Completed courses in mathematics including single-variable calculus and linear algebra, as well as completed courses in electrical engineering, electronics, and control engineering, or equivalent. An introductory programming course. English 6/English Level 2.