Why this programme
Shape the materials of tomorrow
As society moves towards greater sustainability, the materials we rely on, like plastics, fibres, composites and coatings, must evolve. In this programme, you gain the scientific insight needed to understand and develop renewable materials, from their biological origins to their performance in real-world applications.
Hands-on innovation in an industrial ecosystem
Based at Brightlands Chemelot Campus and embedded in strong industry–academic partnerships, you study in an environment where research and application meet. Coursework is closely linked to laboratory work, small-scale processing and materials characterisation, giving you experience across the full development chain.
Biology, chemistry and engineering - integrated
This is a truly interdisciplinary programme. You explore how biological feedstocks, chemical modification and materials engineering together determine material properties and functionality. By connecting these perspectives, you learn how sustainable materials are designed, processed and applied.
Sustainability and material life cycles
This is a truly interdisciplinary programme. You explore how biological feedstocks, chemical modification and materials engineering together determine material properties and functionality. By connecting these perspectives, you learn how sustainable materials are designed, processed and applied.
This master combines biology, chemistry, and materials science with a focus on sustainability. I couldn't find such a unique programme anywhere else! After this study, you don't see these fields separately anymore, exactly like in the real world. Perfect for a sustainable career!
Make a real impact
After graduation you are ready to be part of an interdisciplinary team developing and improving sustainable materials and processes. Whether you go for a career in R&D, industry, your start-up or further academic research, you will be able to apply your interdisciplinary background to real-world challenges.
This programme taps into the high demand that will arise for bio-based alternatives to our conventional products. Oil has its limitations: scarcity, economic challenges, and political tensions. We need to invest in sustainable solutions for the future. The demand will only increase.
Programme highlights
Interdisciplinary curriculum
Integration of biology, organic chemistry, polymer chemistry and materials engineering.
Hands-on learning
Laboratory work, materials processing and characterisation.
Industry-connected campus
Study in a leading innovation ecosystem.
Sustainability perspective
Attention to circular design and environmental footprints.
Do you want good teachers, to make connections in the academic world, and to broaden your knowledge? Then I recommend studying at Maastricht University. The program offers a nice balance between practice and theory, so you're not just buried in books. Symposia and conferences are often organised, which also gives you the opportunity to network.
