University of Amsterdam
Science for Energy and Sustainability (Chemistry)
Overview
The Science for Energy and Sustainability track is designed for students who want to connect chemistry research with real-world solutions for a low-carbon and sustainable society. You’ll build advanced knowledge in areas such as green chemistry, catalysis, and energy conversion, and apply it to technology and sustainability challenges. What you can study Within the Chemistry master’s framework, the track offers a flexible curriculum with chemistry as the core, and the option to include related courses (e.g., physics or business-oriented modules). Topics commonly include: bio-based economy and sustainable materials green chemistry principles and applications photophysical and photochemical energy conversion renewable energy technologies biosolar cells and catalysis for sustainable synthesis and energy conversion
About this programme
Overview
The Science for Energy and Sustainability track at the University of Amsterdam is designed for students eager to integrate chemistry research with practical solutions aimed at fostering a low-carbon and sustainable society. This program enables you to develop advanced knowledge in pivotal areas such as green chemistry, catalysis, and energy conversion, applying this expertise to address technological and sustainability challenges.
What you'll study
This master’s program offers a flexible curriculum centered on chemistry, allowing you to include related courses from fields such as physics or business. Key topics typically covered in the program include:
- Bio-based economy and sustainable materials
- Principles and applications of green chemistry
- Photophysical and photochemical energy conversion
- Renewable energy technologies
- Biosolar cells and catalysis for sustainable synthesis and energy conversion
Programme structure
The track comprises advanced coursework in chemistry, complemented by an interdisciplinary focus on energy and sustainability. You will engage in core modules and select additional courses that align with your interests, followed by a dedicated research component.
Typical course components
- Current Sustainable Energy Technologies
- Green Chemistry
- Biosolar Cells
- Environmental Chemistry
- Heterogeneous Catalysis
- Catalysis for Sustainable Energy
Flexibility in your study plan
Depending on your academic background and study plan approval, you may have the opportunity to incorporate additional related courses alongside the chemistry-focused units. This flexibility allows you to customize your program according to your research interests or career aspirations.
Research component
A significant aspect of the program is the research component, which typically culminates in a master’s thesis or a similar research project. Here, you will apply your knowledge to a focused topic within the realm of energy and sustainability in chemistry.
Entry requirements
Applicants are generally expected to have a strong academic background in chemistry or a related field. A minimum GPA of 3.0 is typically required, but specific requirements may vary by applicant's educational background.
Career prospects
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