64 Energy Degree Programs

The programme emphasizes a balance of both technical and soft sciences. Students are required to complete four core courses (total of 12 credit units). Further to this, students are also required to complete additional 18 credit units either as six elective courses (3 credit units each), or four elective courses (3 credit units each) and a Dissertation (6 credit units).

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.

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 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 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 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.

Energy is the number one contributor to climate change and has significant consequences for our society, political system, economy, and environment. Energy is a fundamental driver of human development and opportunity. Fundamentals of each energy resource -- including significance and potential, drivers and barriers, policy and regulation, and social, economic, and environmental impacts will be able to put this in the context of the broader energy system. Both depletable and renewable energy resources are covered, including oil, natural gas, coal, nuclear, biomass and biofuel, hydroelectric, wind, solar thermal and photovoltaics (PV), geothermal, and ocean energy, with cross-cutting topics including electricity, storage, climate change and greenhouse gas emissions (GHG), sustainability, green buildings, energy efficiency, transportation, and the developing world.

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.

The energy network of the future requires engineers who devise new concepts for transporting, converting and storing energy and regulating supply and demand more intelligently. Will you come up with the crucial solution for the flexible application of (sustainable) energy? Will you design the drive system and electric motor for a solar car? With the Energy & Power Electronics specialisation, you focus on the technology that makes the energy of the future more sustainable, better and smarter.

Energy is a key part of modern life. Engineers who understand how energy systems work — and how to make them more sustainable — are needed more than ever. The Bachelor of Engineering, Energy and Electrical Engineering gives you the tools to build a career in a growing and important field — helping to shape the future of energy.

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.

In times of energy crisis and climate change it is important to develop new solutions and strategies in dealing with energy production as well as storage and saving. Students who choose the specialization in Energy Engineering meet this exciting challenge and pave a way towards a climate-friendly future. The specialization in Energy Engineering is the best choice for those who want to pursue a future career in an ever-expanding and increasingly important sector.

This MSc program focuses on advanced materials science, with a special emphasis on energy storage technologies. It covers the principles behind different energy storage devices, such as batteries, supercapacitors, and fuel cells. Students explore the…

Choose this master’s if you are motivated by the challenge of fast-moving international energy and finance markets. Designed for ambitious, analytical minds, the course prepares you to lead in energy trading, financial investment, commodity markets and risk management.

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 of Science in Engineering: Energy lies at the heart of a viable future. The programme addresses the main issues of mechanical and electrical engineering while offering students the chance to make a lasting impact on the global stage.