50業子

The MSc Advanced Materials program is tailored to individuals with strong quantitative skills and a solid scientific background. Disciplines taught include a combination of chemistry, physics and engineering covering topics including molecular functions, quantum systems and applications, modern biomaterials and hybrid materials.

This program provides an modern, interdisciplinary approach to materials sciences based on chemistry, physics and neighboring engineering disciplines. It prepares for careers in academia and industry. It integrates innovative computational methods, such as big data and AI, with hands-on laboratory work and research projects. This interdisciplinary approach, combined with strong research collaborations both within the university and with external partners, ensures that graduates receive high quality training, making them highly sought after by potential employers.

5 Reasons to join this program:

• Materials Science is an expanding field highly demanded world-wide
• Due to our size, we offer a unique true interdisciplinary experience for our students including novel computational methods (big data and AI)
• Strong focus on research starting already in the first semester with work in research groups
• Modern teaching concepts with co-taught courses by chemists and physicists and an emphasis on scientific working style
• Access to the Constructor ecosystem

Career perspectives:

• Graduates of the Advanced Materials program have diverse career opportunities in industries applying materials science and nanotechnology.
• They can work in research and development, quality control, or product design in sectors like automotive, aerospace, electronics, and biotechnology.
• Additionally, they are well-prepared for academic careers or further study, including pursuing a PhD.
• The program equips graduates with the skills needed to innovate and improve materials for various high-tech applications.