Program Overview

Master of Science (MSc) in Biomedical Engineering

The MSc (Biomedical Engineering) programme aims to nurture holistic engineers in healthcare technology development and healthcare.

With the growing demand for healthcare innovation in recent years as well as the projected long-term prominence of healthcare issues in our aging society, biomedical engineers play crucial roles in the expanding healthcare sector. For example, in times of a pandemic, biomedical engineers contribute to all aspects of tackling the disease, including detection, diagnosis, treatment, prevention, monitoring and surveillance.

Biomedical Engineering integrates the principles of engineering disciplines with biomedical sciences to foster new knowledge and create new innovations in technologies and applications to enhance the quality of healthcare. We develop new medical technology and biotechnology through cutting edge research to advance medical care and scientific discovery in biomedical sciences.

Through our discoveries and knowledge creation, we provide an integrated education where we equip future engineers with the ability to analyse and address challenges in healthcare with both engineering and biomedical perspectives.

Program Overview

The program overview is not explicitly provided, but the following sections outline the key aspects of the Master of Science (MSc) in Biomedical Engineering.

Admission

Admission criteria for the program are not detailed in the provided context, but it is mentioned that there is an admission process.

Curriculum

The curriculum for the Master of Science (MSc) in Biomedical Engineering is not explicitly outlined in the provided context.

Fees and Financial Information

Fees and financial information for the program are mentioned but not detailed in the provided context.

Graduate Research Programmes

• Admission Requirements
• Application Process
• Coursework Requirements
• Research Courses

Graduate Certificates

• Graduate Certificate (MDRA)
• Graduate Certificate (AMDR)