Biomaterials (Asynchronous e-learning)
About This Course
This course introduces learners to biomaterials and their vital role in healthcare and biomedical applications. Learners will explore the interdisciplinary nature of biomaterials, key concepts, the evolution of materials in medicine, and important ethical considerations. The course also covers material interactions within the body and highlights key uses of metals and ceramics in medical devices and treatments. With the growing demand for biomedical expertise, learners will gain valuable knowledge and skills relevant to careers in the healthcare and medical technology sectors.
What You'll Learn
1. Define key terms and concepts in biomaterials science.
2. Illustrate ethical issues relevant to the development and use of medical devices.
3. Summarize guidelines to minimize risk of harm and protect the rights of animal and human test subjects.
4. Describe the main processes that give rise to the host response to implants and biomaterials.
5. Explain possible complications arising from an undesired host response.
6. Apply International Organization for Standardization (ISO) 10993 test matrix to evaluate the biocompatibility of a biomaterial.
7. Explain the basic structure and properties of metallic and ceramic materials.
8. Describe properties of specific metallic and ceramic biomaterials and their application areas in the body.
9. Describe the main ways metallic and ceramic materials degrade in the body, considering both intentional and unintentional degradation.
Entry Requirements
While no pre-requisite is needed to enrol in the course, participants without qualifications in materials science and engineering or closely related fields may find the course contents challenging.