Biomaterials Science

This programme focuses on the study of biocompatible, biomimetic and nature-based materials as well as their diverse areas of application. Biocompatible materials, for example, can be used to create next generation implants with advanced functionality and extended lifespans. Biomimetic materials, inspired by nature's countless patterns and organisms, can recreate otherwise impossible materials properties, such as the dazzling colours of butterfly wings. Robust modern polymers present viable alternatives to petroleum-based polymers; particularly in times of increasing oil prices. In fact, many nature-based materials can be produced with a negative CO2 balance. The immense and untapped potential of biomaterials makes them extremely promising sources for future innovations in manufacturing and research. The course begins with a general introduction into materials science and engineering, including basic chemistry, materials properties and their production, as well as materials analysis and simulation while maintaining an industrial context. The interfaces between materials and biological systems are considered in units on natural, biodegradable and biocompatible materials. Students can tailor the focus of their own degree through their choice of elective modules and themes of their work placements, projects and bachelor's theses.

The curriculum is structured over 7 semesters: Year 1 (Fundamentals) includes courses in Physics, Programming, Cross Cultural Management, Introduction to Biomaterials Science, Mathematics, and Chemistry. Year 2 (Specific basics) covers Cell Biology, Non-metallic Materials, Chemistry of Biopolymers, Biochemistry, Biotechnology, Materials Technology, and more. Year 3/4 (Profile development) includes an internship semester/semester abroad, followed by specialized focus field subjects such as Tailored Materials, Biocompatible Materials, FEM and Simulation Methods, and concludes with a Bachelor Thesis. Students can choose focus field subjects from a catalog including Nanomaterials, Materials Simulation, Biological Reactions to Materials, Medical Devices, Materials inspired by Nature, and others.