20 Energy Master's Degree Programs

Phenomenology and Experimental High-Energy Physics Joint Master’s Program: High-energy physics is about pursuing the deepest truths of nature. From probing the mysteries of matter to analyzing data from the world’s most powerful particle accelerators, this field challenges you to think critically, creatively, and globally.

The specialized Masters in “positive energy building” (BE+) relates to the control of energy in the field of construction (thermal building). It aims to train engineers capable of designing buildings with low consumption (BBC) or positive energy.

The Master of Energy Economics is a 12-month, full-time professional master’s program designed to educate future leaders and strategic thinkers in the energy sector. Students develop skills to provide insightful analysis of energy markets in order to inform future market orientation, capital asset decisions and firm strategic direction.

The energy sector is undergoing a fundamental transformation: climate change, growing energy demand, renewable energy, and digitalization are reshaping the entire system. Professionals are needed who combine technical expertise, economic insight, and regulatory know-how with digital thinking.

The Master in Energy Technologies is your opportunity to enter the vibrant renewable and sustainable energy sector, a booming field with increasing job demand. The energy transition is crucial, and this master prepares you to be part of the solution, exploring everything from hydrogen as an energy vector to the role of natural gas in future scenarios.

The Master of Energy Economics (MEECON) is a 12-month, full-time professional master’s program designed to educate future leaders and strategic thinkers in the energy sector. Students develop skills to provide insightful analysis of energy markets in order to inform future market orientation, capital asset decisions, and firm strategic direction.

The Master in Energy Technologies is your gateway to a thriving sector at the forefront of global transformation. As the world pivots towards sustainable energy solutions, expertise in energy technologies is in high demand. This master’s programme empowers you with in-depth knowledge of cutting-edge energy systems, ranging from hydrogen and biofuels to solar and wind power.

What will the future bring in terms of energy? Will we produce electricity from renewable sources such as wind and sun? Or from waste? The Master in Energy addresses students who wish to implement modern energy technologies for end-users of the electrical value chain.

As a student of the Master’s Programme in Transdisciplinary Studies of Climate, Environment, and Energy (TRACEE) you are empowered to become a change-maker. Our hands-on programme equips you with the tools to understand the complex problems of climate, energy, and environmental systems. By following TRACEE, you will enhance your skills to create innovative solutions from the perspectives of natural science, social science and humanities, through what we call a transdisciplinary approach.

Renewable energy sources have long since made the leap out of their niche. But despite the innovative and sustainable technologies available, progress is not fast enough to achieve our climate protection goals. We must continue to increase our efforts to ensure a successful energy transition. We cannot postpone the necessary steps any longer - it is high time to act decisively.

The Master in Energy Technology for Sustainable Development offers you a unique opportunity to enter a vital and expanding sector. In a global context where the transition to renewable energies is imperative, this master's degree qualifies you to lead innovative projects that promote self-consumption of electricity and advance the use of hydrogen as an energy vector.

The main objective of the degree is to train highly qualified professionals in the study and specific analysis of power electronics applications (power generation, renewables, industrial applications, traction); in the study and specific analysis of electronic power converters (design, modeling, control and analysis); and in the study and specific analysis of electrical machines (design, modeling, control and analysis).

The MPhil in Energy Technologies is designed to give students a strong foundation in the scientific principles and practical skills needed to work on energy solutions. The program covers a range of to...

The Master of Public Administration (MPA) in Energy & Environment program is tailored for individuals passionate about sustainability, environmental conservation, and energy policy, equipping them with the knowledge and skills needed to address critical challenges at the intersection of public administration, energy, and the environment.

The Master's in Energy, Environmental, and Chemical Engineering program is designed to help students develop technical expertise in managing energy systems, environmental challenges, and chemical proc...