LO1 - Select suitable processing routes by which devices can be fabricated from metallic, ceramic and polymeric biomaterials. Suggest means by which these routes can be improved where performance is less than desired.

LO2 - Understand the consequences of the processing route chosen on the performance of the biomaterial in vivo, particularly on the host-implant response. Other factors covered include mechanical properties and fatigue performance.

LO3 - Explain the ability of certain biomaterials to influence healing, both positively and negatively. This applies to encapsulation of synthetic implants and to active and biodegradable implants used in regenerative medicine.

LO4 - Specify suitable materials for particular biomedical applications. Students are encouraged to appreciate the consequences of material choices, with particular emphasis on surface finish, tribology and wear in joint replacements.

LO5 - Demonstrate the ability to give a scientific presentation and to present a research poster.

All students enrolled on MM4ABS are expected to give a presentation on a topic related to the course as part of their continuous assessment, and to prepare an A1 poster on a research topic.