Stockholm university
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Master's Programme in Transdisciplinary Studies of Climate, Environment and Energy, STUDY TRACK in Energy and Matter

What innovative solutions can advanced energy storage and sustainable chemistry offer for a greener future?

The Energy and Matter study track focuses on the critical areas of sustainable energy systems, storage technologies, and environmentally conscious chemistry. As the world transitions to renewable energy sources, this track emphasises the science and innovation required to build more sustainable infrastructures. Designed for students passionate about renewable energy and clean technology, this track integrates scientific rigour with practical applications.

This study track is one of nine available. To learn more about all the study tracks, visit: Master’s Programme in Transdisciplinary Studies of Climate, Environment and Energy 

What to expect
Students in this track will gain expertise in:

  • Energy conversion and storage: Advanced understanding of photovoltaic and photoelectrochemical technologies.
  • Sustainable chemistry: Developing clean energy production methods and analysing the environmental impact of chemical processes.
  • Technological innovations: Using machine learning and geoscience applications to tackle energy challenges.

Key modules include Photovoltaic Conversion, Sustainable Chemistry Applications, and Biomass Energy Systems. Practical experiences and research projects are integral to this study track.

Participating universities
This study track involves three renowned institutions:

  1. Stockholm University (SU, Sweden): Laying the foundation with a transdisciplinary perspective on climate, energy, and environment, and offering courses on chemistry of renewable materials and energy storage.
  2. Autonomous University of Madrid (UAM, Spain): Specialising in advanced energy technologies and systems.
  3. University of Bucharest (UB, Romania): Offering opportunities for master’s thesis research in energy-related innovations.

This diverse partnership equips students to drive innovation in renewable energy and sustainable practices worldwide.