Graduates can also contribute to making the world better, as hydrogen plays an essential role in the fight against climate change. Lehtonen says that the substitution of fossil fuels and raw materials with renewable energy sources is a huge industrial transformation that takes decades. Getting an education in the field ensures a front-row seat at the forefront of development.
‘In the programme, the student learns to understand the role of hydrogen in the energy system and energy use and to assess different hydrogen economy projects. They also learn the role of different hydrogen derivatives as a substitute for fossil fuels and raw materials,’ says Lehtonen.
To deepen learning, students can choose between two areas of specialisation. The Electric Energy and Hydrogen Systems major focuses on a comprehensive overview of the hydrogen economy and the hydrogen value chain. The Electric Components of Hydrogen Technology major focuses on technical solutions in the hydrogen value chain, especially in the field of electricity and energy.
In addition to lectures, teaching methods include the simulation of energy systems and cooperation projects between companies and other Aalto Schools, such as the School of Business and the School of Chemical Engineering.
Do you want to know more about the programme? Join the webinar on 6 November 2023! In this webinar, the programme representatives will introduce the programme and answer your questions regarding the studies.
The teaching in the Master's Programme in Hydrogen and Electric Systems will begin in autumn 2024. The application process is open from 30 November 2023 to 2 January 2024.