Smart Energy Transition
Language: English | Location: Enschede
In this Learning Community, students work intensively on innovative and sustainable solutions within the world of materials and production processes. The focus is on developing circular applications and reducing environmental impact in sectors such as textiles and wood processing. Students are challenged to explore current societal and technological issues, applying their knowledge of chemistry, materials science, and sustainability in a practical context.
Throughout the semester, students conduct practice-oriented research in laboratories and workshops. They design and test new methods for material processing, such as fiber separation, chemical composition analysis, and the development of environmentally friendly alternatives to harmful substances. They make use of advanced analytical techniques like FTIR and learn how to collect, interpret, and apply data in real-world contexts.
Collaboration is key: students work in interdisciplinary teams where everyone’s expertise is utilized. They consult with external partners such as companies, researchers, and industry experts, and learn how to align their ideas with real-life needs. Through this interaction, they not only develop technical skills but also improve their communication, project management, and critical thinking.
The Learning Community offers space for experimentation, reflection, and creativity. Students document their progress, present their findings to stakeholders, and actively contribute to knowledge sharing both within and outside their educational program. In doing so, they build a strong foundation for their professional development and make a tangible contribution to a more sustainable future.
