Why study Sustainable Energy Technology?
The transition to a sustainable energy system is one of the greatest technological and societal challenges of our time. In the two-year MSc in Sustainable Energy Technology at TU/e, you learn how to design, integrate, and optimize the technologies and energy systems needed for a cleaner and more sustainable future.
You will work on challenges such as renewable energy integration, smart electricity grids, energy storage, sustainable fuels, energy-efficient buildings, and energy transition strategies. By combining engineering with insights from physics, chemistry, economics, policy, and human behavior, you develop a systems-level perspective on the energy transition.
Located in Brainport Eindhoven, TU/e offers direct connections to innovators, technology companies, and research organisations that are developing the sustainable energy solutions of tomorrow.
Three unique strengths
The Master's in Sustainable Energy Technology offers distinct advantages:
- Design solutions for the energy transition:
Develop the knowledge and skills needed to create sustainable energy technologies and systems, from renewable energy generation and energy storage to smart electricity networks and low-carbon energy solutions. - Learn from multiple disciplines, united by one challenge
The energy transition cannot be solved by a single field of expertise. Sustainable Energy Technology combines engineering, physics, chemistry, the built environment, and social sciences to help you understand how technologies, policies, markets, and society interact. - Create impact in a world increasingly dependent on energy innovation
Study in Brainport Eindhoven, where energy, high-tech manufacturing, and semiconductor industries are working to reduce emissions, improve efficiency, and build resilient energy systems. Through industry-connected projects, you contribute to real-world sustainability challenges.
Connection with the semiconductor industry
Semiconductor manufacturing is among the world's most technologically advanced industries, but it is also highly energy-intensive. From chip fabrication plants and cleanrooms to advanced manufacturing equipment and data infrastructure, the sector depends on reliable, efficient, and sustainable energy systems.
Engineers with expertise in sustainable energy technologies play a crucial role in helping high-tech industries reduce energy consumption, integrate renewable energy sources, improve energy efficiency, and develop future-proof energy infrastructure. Knowledge of electrical power systems, energy storage, sustainable fuels, and energy system integration is becoming increasingly valuable across the semiconductor ecosystem.
Studying in Brainport Eindhoven places you at the intersection of the energy transition and one of Europe's leading high-tech manufacturing regions.
Programme structure
The programme offers a flexible and interdisciplinary curriculum built around four complementary themes:
- Electrical Power Systems: Explore the design and operation of modern electricity networks, renewable energy integration, power electronics, and smart grid technologies.
- Built Environment Applications: Learn how sustainable energy solutions can be applied in buildings, districts, and urban environments to reduce energy consumption and improve efficiency.
- Energy & Society: Examine how policy, economics, markets, and human behaviour influence the adoption and success of sustainable energy technologies.
- Sources, Fuels & Storage: Develop expertise in renewable energy technologies, energy storage solutions, hydrogen, and sustainable fuels that support a low-carbon energy system.
Students seeking an international experience can also participate in the SELECT track, which offers a double-degree opportunity through collaboration with leading European partner universities.
Career perspectives
Graduates of Sustainable Energy Technology help shape the future of sustainable energy systems worldwide. Career opportunities include roles such as:
• Energy Systems Engineer
• Energy Consultant
• Power Systems Engineer
• Sustainable Technology Specialist
• Energy Storage R&D Engineer
• Energy Transition Advisor
• Innovation Consultant
• Sustainability Strategist
Graduates work across the energy sector, government organisations, research institutes, consultancies, and high-tech industries. As companies increasingly focus on sustainability, energy efficiency, and carbon reduction, expertise in sustainable energy systems is becoming essential in sectors ranging from utilities to advanced manufacturing and semiconductors.
