Bachelor of Biomedical Sciences
JUPAS CODE
JS6949
STUDY PERIOD
4-Year
ABBREVIATION
BBiomedSc
FACULTY
Li Ka Shing Faculty of Medicine
Bachelor of Biomedical Sciences
JUPAS CODE
JS6949
STUDY PERIOD
4-Year
ABBREVIATION
BBiomedSc
FACULTY
Li Ka Shing Faculty of Medicine
Why study Biomedical Sciences?
Transform your curiosity into impact through our Bachelor of Biomedical Sciences (BBiomedSc), where you can dive into a comprehensive curriculum that blends clinical sciences, data science, and health technologies. Engage in pioneering research, such as transforming blood and skin cells into neural stem cells or DNA vaccine development. Join us to lead and innovate at the forefront of medical science, shaping the future of healthcare and personalised medicine.
Choose Your Major^
The BBiomedSc programme aims to nurture graduates who are well-versed in key biomedical disciplines. The curriculum empowers you to tailor your learning based on four majors, giving you the control to shape your education and career path.
^ Subject to the approval of the University
Biomedical Research
Integrates human biology, disease mechanisms, and therapeutic principles to equip graduates with skills for careers in research, healthcare, and industry.
Bioinformatics
Trains future leaders in the application of biomedical big data, preparing graduates for roles in genomics, precision medicine, digital health, AI, and global health.
Clinical Sciences
Prepares future healthcare professionals with a foundation in clinical sciences for careers in clinical laboratory, healthcare management, and public health.
Health Technology
Equips graduates with skills in synthetic biology, gene editing, and AI in medicine for careers in the biotechnology and medical technology industries globally.
Core Topics in BBiomedSc
The structures and functions of the human body and the processes that are essential to life
The basic principles of the processes, mechanisms, patterns of diseases and concepts of diagnostics and therapeutics
The essential analytical methodologies and state-of-the-art contemporary information technology
Biomedical Research
Integrates human biology, disease mechanisms, and therapeutic principles to equip graduates with skills for careers in research, healthcare, and industry.
Bioinformatics
Trains future leaders in the application of biomedical big data, preparing graduates for roles in genomics, precision medicine, digital health, AI, and global health.
Clinical Sciences
Prepares future healthcare professionals with a foundation in clinical sciences for careers in healthcare management and public health, making them highly sought after in various sectors.
Health Technology
Equips future biomedical scientists with skills in synthetic biology, gene editing, and AI in medicine for careers in biotechnology, digital health, and medical technology industries globally.