Principles of Biomaterials

(3 Credit Hours) · Undergraduate

The module introduces students to the principles of biomaterials. Initially, advanced topics in metal, ceramic, and polymeric biomaterials are described. Building on this, the module describes fundamentals of the immune response to biomaterials and sterilization methods. The final section of the course describes applications of biomaterials in tissue engineering, drug delivery, and medical device design. Together, the learning outcomes align with the following United Nations Sustainable Development Goals (SDG's): SDG3, SDG4, and SDG9. (Language of instruction: English) Learning Outcomes Describe the structure and composition of advanced polymer, ceramic, and metal biomaterials. Evaluate and select an appropriate biomaterial for a given implant design. Assess optimal sterilization methods for a biomaterial implant to limit implant associated infections. Develop an understanding of biocompatibility, and how it can be optimized through biomaterial design. Design an optimal manufacturing method for a given biomaterial implant. Perform experiments to characterize the physical and biological properties of biomaterials. Leverage emerging technologies/materials to design medical implants.