How can technology be linked to life?
The answer lies in the cell, the building block of life - the smallest unit with the characteristics of living systems. In the MSc Life Science and Technology, you explore fundamental and applied knowledge from Biology, Chemistry, Physics, Technology, Informatics, Pharmacology, and Mathematics to unlock the secrets of the cell and understand its mechanisms – and transform that knowledge into real-world applications.

This programme is designed for curious minds who want to go beyond theory and actively contribute to the sustainable technologies of tomorrow. You’ll learn how enzymes can be engineered at the molecular level, how cells can be optimized to produce valuable compounds, and how these processes can be scaled up to industrial levels. Imagine designing a cell factory that produces sustainable biofuels or developing biocatalysts that make pharmaceutical production cleaner and more efficient. These are not distant dreams; they are the kinds of challenges you’ll tackle during your studies.

You will learn engineering skills to move society toward a bio-based sustainable future. You will gain hands-on experience in experimental techniques, theoretical analysis, and modelling, all while collaborating with fellow students, top researchers and professionals in state-of-the-art research laboratories and the industry. The programme is closely linked to the Department of Biotechnology.

Programme structure
You start the first year of the master programme with three mandatory courses together with all students, to lay a shared solid foundation. Then you choose a specialisation (Biocatalysis, Cell Factory, or Biochemical Engineering) and electives. You finish the first year with all students again, in a large design project, where you can integrate and apply everything you have learned to solve a practical challenge for a real client. This is complemented with an ethics course, ensuring you reflect on the societal impact of your work. The second year offers two large individual projects. First you embark on a three-month interdisciplinary project or internship, gaining valuable experience in a non-academic setting. Then you undertake an eight-month thesis project in a research group of your choice within the Faculty of Applied Sciences. This is your chance to dive deep into a topic you’re passionate about and contribute to cutting-edge discoveries.

Your future career
Life Science and Technology equips you with the knowledge and skills to make a real impact. Graduates of this programme are highly sought after in the biotechnology, biopharmaceutical, food science, and sustainable energy industries – or launch your own start-up! If research excites you, you’ll be ready to continue with a PhD and push the boundaries of science at leading institutions. Or consider engineering design with a two-year EngD traineeship in Bioprocess Engineering, where you’ll learn to design solutions for real-world challenges. With a teacher qualification you can help educate future generations in science and technology!

If you’re ready to push boundaries, collaborate across disciplines, and use science to solve pressing societal challenges, this master is the perfect next step after your bachelor’s degree!