Biomaterials and Biofabrication: Design, Engineering and Innovation

Different materials and processing techniques have revolutionized the medical field. From artificial hips that keep people mobile to wound dressings that can replace the need for a skin graft, the field of biomaterials and biomedical engineering has refocused the emphasis from the length of a lifetime to the quality of life. Seeking to completely heal wounds and cure diseases, cutting edge research in biomedical engineering has drifted towards smart drugs and materials, tissue engineering, and biofabrication.

Are you curious about technology and innovation in the medical sector? Are you interested in multidisciplinary studies that combine engineering, chemistry, materials science, biology, and medicine? Are you fascinated by the power of natural resources and how they are used to solve current challenges? Enroll in the MOOC Biomaterials and Biofabrication: Design, Engineering and Innovation offered by the University of Bayreuth!

This MOOC leads you through a storyline where you follow Emma and Paul, our fictional characters, as they explore the world of biomedical engineering. Our interactive videos enforce all concepts (e.g. metals, ceramics, polymers, hydrogels, hip implants, biocompatibility, additive manufacturing, bioreactors, tissue engineering, tissue regeneration, 3D printing, and more) with entertaining scenarios, examples, an accompanying textbook and in-video quizzes. You have the opportunity to learn from international field experts who present highly engaging, application-oriented content that will sharpen your theoretical and practical skills. You can also participate in our biannual, live sessions with the course coordinator, Prof. Dr. Thomas Scheibel.

Start your journey of becoming an expert in biomedical engineering and science with our MOOC!

• Chapter 1 "Biomaterials Part 1"
• Chapter 2 "Biomaterials Part 2"
• Chapter 3 "Additive Manufacturing and Quality Assurance"
• Chapter 4 "Tissue Engineering and Bioreactors"
• Chapter 5 “Tissue Regeneration”
• Chapter 6 "Biofabrication"