Bachelor of Science (Medical Science)

3 Years On Campus Bachelors Program

University of Sydney

Program Overview

The Bachelor of Science (Medical Science) gives you a deep understanding of how the human body works, how disease affects health, and the science behind treatments and medical research. It’s perfect for curious students who enjoy biology, chemistry, and physiology, and who are aiming for careers in biomedical science, research, healthcare, or as a stepping stone into medicine, dentistry, or other health professions.

Curriculum structure

Year 1
Your first year builds a solid foundation in medical science. You’ll study units like Human Biology, Chemistry, and Mathematics, along with Open Learning Environment subjects to strengthen your communication and critical thinking skills. These courses help you understand the basic principles of how the body works and how scientific research is conducted.

Year 2
In the second year, you dive deeper into the workings of the human body and the mechanisms of disease. Units like Human Anatomy and Histology, Key Concepts in Physiology, Biochemistry and Molecular Biology, Microbes, Infection and Immunity, and introductory Pharmacology give you a detailed understanding of normal body systems, disease processes, and how treatments work. This year provides the essential knowledge needed for a career in health, research, or further study.

Year 3
In your final year, learning becomes more interdisciplinary and project-based. You’ll complete the Medical Science Interdisciplinary Project, which brings together everything you’ve learned in a real-world research or problem-solving setting. You can also select advanced units in areas that interest you and even take electives or a second major to shape the degree around your career goals.

Focus areas

Anatomy, physiology, biochemistry, microbiology, pharmacology, pathology, infectious diseases, molecular biology

Learning outcomes

Gain strong knowledge of medical science, conduct experiments safely, analyse research data critically, communicate scientific findings clearly, solve biomedical problems effectively, and work ethically in collaborative settings.

Professional alignment (accreditation)

While this degree is not a professional clinical qualification on its own, it provides a highly regarded scientific foundation that is recognised for further study in medicine, dentistry, medical research, public health, biotechnology, and allied health fields.

Reputation

The University of Sydney is consistently ranked among the world’s top universities and is well respected for its science and health programs. Graduates of medical science pathways are highly employable and well prepared for research, postgraduate study, and a range of science-related careers.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Science (Medical Science), you won’t just be sitting in lectures — you’ll get plenty of hands-on experience in real laboratories and research settings. The University of Sydney gives you access to world-class facilities, including labs for molecular biology, microscopy, live-cell analysis, and more. You’ll also be part of the vibrant research culture at centres like the Charles Perkins Centre, giving you opportunities to see how science works in the real world and to contribute to meaningful projects. This practical focus helps you develop the skills, confidence, and professional habits that are highly valued by employers and postgraduate programs.

Your experiential learning includes:

Modern science labs: Work in laboratories designed for human biology, cellular science, and molecular analysis, giving you the confidence to perform experiments safely and accurately.
Industry and community projects: Take part in projects set by real organisations or community partners, where you apply your knowledge to solve practical problems in teams.
Internships and placements: Optional internships and placements let you gain workplace experience, build professional networks, and see first-hand how medical science is applied in careers.
Research opportunities: Engage with active research hubs and faculty-led projects, or join summer research programs to explore your interests alongside experienced academics.
Libraries and study resources: Access the University’s extensive library system, scientific journals, databases, and collaborative study spaces to support your learning and research.
Industry connections: Guest lectures, networking events, and partnerships with science employers give you insight into careers and future opportunities while you study.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Medical Science) at the University of Sydney leave with a strong scientific foundation that opens doors in healthcare, research, and biotechnology. Many go on to work as biomedical scientists, research assistants, clinical laboratory technologists, or health data analysts, applying the skills and knowledge they developed during their degree. This program also keeps your options flexible, giving you the chance to specialise or explore further study as your interests evolve.

The University provides strong support and opportunities to help you succeed:

Personalised career support: The Careers Centre offers one-on-one guidance, workshops tailored to science students, job search tools, and recruitment events to help you step confidently into the workforce.
Employment outcomes: Medical Science graduates often secure roles in research institutions, hospitals, biotechnology firms, and government agencies soon after graduating, with competitive starting salaries reflecting the demand for skilled scientists.
Industry connections: Through partnerships with research institutes, hospitals, and biotech companies, you’ll have opportunities to network, attend guest lectures, and get insight into real-world scientific careers.
Accredited scientific training: While this degree isn’t a professional clinical qualification on its own, it’s widely recognised in the biomedical and health science sectors, giving you a valuable credential to launch your career.
Graduate outcomes: Alumni have gone into research, laboratory work, healthcare support, and government science roles, with many using this degree as a stepping stone to further study or specialised scientific careers.

Further Academic Progression:
After completing the degree, you can continue your studies in a variety of ways. Many students choose to pursue Honours or a research-led Bachelor with Honours to deepen their research skills, while others go on to postgraduate programs such as a Master of Medical Science, Master of Public Health, Master of Biotechnology, or even a PhD in a specialised field. These pathways let you specialise further, develop advanced research expertise, and open doors to careers in academia, clinical research, or leadership roles in health and science industries.