Bachelor of Biomedical Science

3 Years On Campus Bachelors Program

University of Notre Dame Sydney

Program Overview

The Bachelor of Biomedical Science is a three‑year degree for curious minds who want to understand how the human body works, how diseases develop, and how science is applied to solve real-world health problems. It’s perfect for students passionate about biology, medical science, and research, giving you hands-on experience while building a pathway to careers in healthcare, lab research, or further study in medicine.

Curriculum structure

Year 1

In your first year, you’ll lay the foundations of human biology and learn how the body functions. Through subjects like Introduction to Biological Sciences, Human Structure and Function, and Exercise in Physiology, you’ll get to explore anatomy, physiology, and the basics of how different body systems work together. You’ll also start developing the analytical and lab skills needed to investigate biomedical questions.

Year 2

The second year takes you deeper into the molecular and cellular side of life. Units such as Molecular and Cell Biology, Biochemistry, and Data Analysis and Experimental Design help you understand what’s happening inside cells and how diseases develop at a microscopic level. This year strengthens your lab skills, giving you confidence in designing and interpreting experiments.

Year 3

In the final year, you’ll focus on specialised biomedical areas that are directly relevant to modern healthcare and research. Subjects like Immunology, Human Genetics, Neuroscience, and Infectious Disease, along with the Biomedical Science Techniques and Practicum, give you hands-on research experience and the chance to apply what you’ve learned in real lab settings. By graduation, you’ll be ready to tackle complex biological questions and make meaningful contributions to medical science.

Focus areas

Human anatomy and physiology, molecular and cell biology, microbiology, biochemistry, genetics, immunology, neuroscience, infectious diseases, biomedical research techniques

Learning outcomes

Gain practical and theoretical knowledge in biomedical science, design and run experiments, analyse and interpret data, critically evaluate scientific research, communicate findings effectively, and collaborate professionally in biomedical settings

Professional alignment (accreditation)

This degree provides a strong foundation for careers in biomedical research and health sciences and also opens pathways to postgraduate studies, including the Doctor of Medicine at Notre Dame.

Reputation (employability rankings)

Notre Dame graduates benefit from practical lab experience, industry-informed teaching, and professional practicum opportunities, giving them skills that are highly valued in research labs, hospitals, and healthcare sectors.

Experiential Learning (Research, Projects, Internships etc.)

In this program, you’ll do much more than just attend lectures — you’ll gain real, hands-on experience in the world of biomedical science from the very beginning. The degree includes the Biomedical Science Techniques and Practicum, where you work on practical lab exercises and collaborative group projects that mirror the work of professional researchers. You’ll have access to modern facilities, including purpose-built laboratories, biomechanics and exercise physiology labs, and advanced research spaces, giving you the chance to use the same tools and equipment as scientists in hospitals and research centres. These practical experiences are designed to help you develop the skills and confidence to step straight into a biomedical or health science career.

You’ll gain hands-on experience through opportunities such as:

Biomedical Science Laboratories – work in dedicated labs to develop core laboratory techniques, conduct experiments, and understand human health and disease in a practical setting.
Biomedical Science Techniques and Practicum (HLTH3004) – structured courses that combine lab work with collaborative projects, helping you apply scientific theory in real-world scenarios.
Motor Control, Biomechanics, and Exercise Physiology Labs – explore human movement and physiology using specialised equipment and experimental methods.
Pathology and Research Placements – gain experience in community health centres, pathology labs, research institutes, or government science facilities through professional placements.
Team-Based Projects – work closely with peers to analyse data, troubleshoot experiments, and present findings, building essential collaboration and communication skills.
Professional Networking and Industry Engagement – opportunities to connect with researchers, clinicians, and potential employers during field-based experiences and placements.

Notre Dame’s Sydney campus combines contemporary science labs with collaborative spaces that allow you to connect theory to real practice, preparing you for careers in biomedical research, healthcare, or further study.

Progression & Future Opportunities

Graduating from the Bachelor of Biomedical Science at the University of Notre Dame Australia gives you a solid foundation for a variety of exciting careers in health, research, and biomedical science. Many graduates move into roles such as Biomedical Scientist, Research Assistant, Clinical Scientist, or Biomedical Sales Specialist, and high-achieving students can also explore opportunities in medicine through the University’s Doctor of Medicine program:

Career support tailored to your field: Notre Dame’s Careers and Employability team provides one-on-one guidance, workshops, and advice specifically for science and research students, helping you confidently transition from study to professional roles.
Strong job relevance: The practical labs, biomedical techniques practicum, and hands-on research experiences equip you with analytical, laboratory, and communication skills that employers in research, diagnostics, and healthcare highly value.
Pathway to medicine and leadership: High-performing students may access the Assured Pathway into the Doctor of Medicine program, providing a direct route to a medical career.
Accreditation and long-term value: While this degree is not a regulated professional accreditation, it is recognised as a solid foundation in biomedical science, enhancing your employability for research roles and postgraduate study.
Graduation outcomes: By the end of the program, you will be able to design and conduct experiments, analyse and interpret biomedical data, and communicate scientific findings effectively — skills that are highly sought after in both research and clinical environments.

Further Academic Progression:
After completing your Bachelor of Biomedical Science, you can pursue postgraduate programs such as a Master of Biomedical Science or a PhD, developing deeper expertise for research or academic careers. Alternatively, high-achieving students can follow the assured pathway into the Doctor of Medicine, providing a clear route to becoming a medical practitioner.