Electric cars need lighter bodies. Medical devices need materials the body accepts. The energy transition needs better batteries and solar cells. None of it works without the right material. Materials scientists develop it, test it, and make it ready for real products.

Pick your direction

• Bionics — turn nature’s solutions into new materials and technologies
• Lightweight construction — design structures that save weight, energy, and resources
• Optics and photonics — develop materials and systems that work with light
• Sustainable materials — work with biomaterials, bioplastics, and renewable resources

Why Germany?

Germany’s industry depends on materials innovation, from automotive and aerospace to chemicals, optics, and medical technology. Programs combine science fundamentals with hands-on lab work and engineering know-how, so you learn how to bring ideas from the lab into real products.

In the webinar, you’ll find out:

• What studying materials science involves and how practical it is
• Which background you need, including maths and science
• How to apply and what to prepare
• Where graduates work, from industry and research to further studies