This course opens the door to the field of biomaterials and provides students with an in-depth understanding of different types of biomaterials such as metals, ceramics, and synthetic and natural polymers. Through learning, students have a clearer understanding of the chemical structure, physical properties, processing technology and applications of these materials. In particular, students realized the importance of biocompatibility issues. This is not only related to the application of biomaterials in biomedical engineering, but also involves the interaction between biomaterials, proteins and cells, and the immune responses that may be triggered.

This course not only provides theoretical knowledge, but also deepens students' understanding of biological materials through practical examples and application cases. Students gain a clearer understanding of the application potential of the field of biomedical engineering and are deeply attracted by its wide range of applications. This course not only enriches students intellectually, but also lays a solid foundation for their future academic and professional careers. It is believed that the knowledge and skills learned will have a profound impact on students' future related research and career development.