24 monthsProgramme duration
185,000 SEKTuition Fee/year
AugStarting Month
Programme overview
Degree
Other
Study Level
Masters
Study Mode
On Campus
The global energy sector is transforming due to climate change, renewable energy, and increased electrification. This programme equips you to lead in this evolving sector, combining technical expertise with real-world applications and cutting-edge research.
Sustainable energy systems are essential for achieving a fossil-free future. Improving the way energy is converted, stored and utilised will play a central role in reducing emissions while meeting growing global energy demands. This master's programme prepares you to develop the technologies behind this transition.
The programme provides in-depth knowledge of thermal and fluid-based energy systems, including fuel cells, heat pumps, thermodynamic cycles, fluid dynamics and sustainable energy conversion technologies. You will build a strong foundation in thermodynamics, fluid dynamics, physics and chemistry while working with technologies that improve the efficiency and sustainability of future energy systems.
A key focus is understanding how energy can be converted, utilised and recovered more efficiently while integrating renewable energy sources into future energy systems. You will learn how innovative energy technologies can reduce emissions, improve resource efficiency and contribute to a sustainable society.
The programme combines mechanical engineering with thermodynamics, fluid mechanics, environmental science and economics. This interdisciplinary approach prepares you to develop technically advanced and economically viable solutions for the rapidly evolving energy sector.
Programme overview
Degree
Other
Study Level
Masters
Study Mode
On Campus
The global energy sector is transforming due to climate change, renewable energy, and increased electrification. This programme equips you to lead in this evolving sector, combining technical expertise with real-world applications and cutting-edge research.
Sustainable energy systems are essential for achieving a fossil-free future. Improving the way energy is converted, stored and utilised will play a central role in reducing emissions while meeting growing global energy demands. This master's programme prepares you to develop the technologies behind this transition.
The programme provides in-depth knowledge of thermal and fluid-based energy systems, including fuel cells, heat pumps, thermodynamic cycles, fluid dynamics and sustainable energy conversion technologies. You will build a strong foundation in thermodynamics, fluid dynamics, physics and chemistry while working with technologies that improve the efficiency and sustainability of future energy systems.
A key focus is understanding how energy can be converted, utilised and recovered more efficiently while integrating renewable energy sources into future energy systems. You will learn how innovative energy technologies can reduce emissions, improve resource efficiency and contribute to a sustainable society.
The programme combines mechanical engineering with thermodynamics, fluid mechanics, environmental science and economics. This interdisciplinary approach prepares you to develop technically advanced and economically viable solutions for the rapidly evolving energy sector.
Admission Requirements
Tuition fees
International
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