Bachelor of Medical Science (NPB002.1)

3 Years On Campus Bachelors Program

University of Canberra

Program Overview

The University of Canberra Bachelor of Medical Science is designed for students who want to understand the science behind medicine, human health, and disease while building strong laboratory, analytical, and research skills. This degree is ideal for students interested in medical science research, biotechnology, healthcare innovation, or future postgraduate pathways such as medicine and allied health, combining foundational science with specialised study in disease and genetics.

Curriculum Structure

Year 1

In the first year, students build a strong scientific foundation by studying core units such as Biological Concepts, Chemical Concepts, and Systemic Anatomy and Physiology. You’ll explore how the human body functions at molecular, cellular, and organ-system levels while also developing introductory scientific research, mathematics, and data analysis skills through units like Data Analysis Skills for Science and Professional Orientation (Science).

Year 2

The second year focuses on understanding disease mechanisms, genetics, and physiological processes in greater depth. Through subjects including Mechanisms of Disease, Fundamentals of Biochemistry, Genetics and Genomics, and Therapeutic Chemistry, students learn how diseases develop, how treatments interact with the body, and how biomedical science contributes to modern healthcare and diagnostics. Professional learning is strengthened through Professional Practice 1 (Science) and applied scientific training.

Year 3

In the final year, students engage with advanced and research-driven biomedical topics such as Advanced Genetics and Genomics, Bioinformatics, Excitable Tissue Physiology, and Genetic, Metabolic and Autoimmune Diseases. The degree culminates in advanced scientific investigation and professional preparation through Advances in Research in Health and Medicine and Professional Evidence (Science), helping students transition confidently into industry or postgraduate study.

Focus Areas

Human health and disease, genetics and genomics, pathology, anatomy and physiology, biochemistry, infectious diseases, bioinformatics, therapeutic chemistry, biomedical research, medical science practice.

Learning Outcomes

Develop advanced understanding of human biology and disease mechanisms, apply scientific investigation and laboratory techniques, analyse and interpret biomedical data, communicate scientific findings effectively, evaluate ethical and contemporary medical science issues, and develop professional skills for healthcare and research environments.

Professional Alignment (Accreditation)

The program is professionally oriented with integrated work-integrated learning, laboratory practice, and research experiences that prepare graduates for biomedical and medical science careers. While the degree does not hold a formal professional accreditation requirement, it is specifically designed to support careers in medical science research, biotechnology, healthcare industries, and postgraduate pathways including medicine.

Reputation (Employability Rankings)

The University of Canberra is recognised for its strong emphasis on practical learning, industry engagement, and graduate employability. The Bachelor of Medical Science combines research-active teaching, professional practice units, and industry-focused scientific training that help graduates develop workplace-ready biomedical and laboratory skills aligned with current healthcare and medical science sectors.

Experiential Learning (Research, Projects, Internships etc.)

Students in the University of Canberra Bachelor of Medical Science gain extensive hands-on experience through laboratory-intensive learning, biomedical research activities, and professionally oriented science training integrated throughout the degree. The program combines theoretical medical science knowledge with practical experimentation, allowing students to work in advanced laboratory environments while developing skills in genetics, physiology, molecular biology, bioinformatics, and disease investigation.

Throughout the course, students engage with modern scientific technologies, collaborative research tasks, and applied health science projects that reflect real biomedical and healthcare industry practices. UC’s strong research culture and health-science infrastructure also give students exposure to contemporary medical science innovation and evidence-based scientific investigation:

Biomedical and Molecular Science Laboratories: Students undertake practical laboratory sessions in specialised facilities for microbiology, molecular biology, genetics, physiology, pathology, and biochemical sciences.
Research-Focused Learning: Units such as Advances in Research in Health and Medicine expose students to contemporary biomedical research methods, scientific investigation, and evidence-based practice.
Bioinformatics and Digital Science Tools: Students use bioinformatics platforms, biomedical databases, and digital analysis tools to study genomics, disease mechanisms, and medical data interpretation.
Professional Practice Units: Subjects including Professional Practice 1 (Science) and Professional Evidence (Science) help students build workplace-ready scientific communication, teamwork, and professional competencies.
Collaborative Scientific Projects: Students participate in laboratory teamwork, scientific reporting, research presentations, and group-based biomedical investigations that mirror professional scientific environments.
Advanced Scientific Equipment: Practical classes provide access to industry-standard biomedical instrumentation and laboratory technologies used in molecular analysis, diagnostic science, and physiological research.
Health Research Environment: Students study within UC’s research-active health faculty and benefit from exposure to medical and health science research activities occurring across the university.
Anatomy and Physiology Facilities: The program includes practical learning environments supporting the study of human systems, disease processes, and physiological function.
UC Health and Science Precincts: Students learn in modern teaching and laboratory facilities designed to support interdisciplinary healthcare and medical science education.
Library and Scientific Databases: Students have access to the UC Library’s specialised medical science resources, online journals, biomedical literature databases, and digital academic support tools.
Industry-Relevant Practical Training: The degree emphasises employability-focused scientific training that prepares students for biomedical laboratories, healthcare settings, biotechnology industries, and postgraduate study pathways.

Progression & Future Opportunities

Graduates of the University of Canberra Bachelor of Medical Science are equipped for careers in biomedical research, pathology, biotechnology, healthcare support, and medical laboratory environments. The program develops strong scientific investigation, laboratory, and analytical skills that prepare students for both immediate employment and advanced professional study, with common career pathways including Medical Scientist, Biomedical Research Assistant, Pathology Laboratory Assistant, Clinical Research Associate, and Biotechnology Officer:

CareerHub Employability Services: Students have access to UC CareerHub, which provides career consultations, job search assistance, employer networking opportunities, interview preparation, and resume development workshops tailored to improving graduate employment outcomes.
Work-Integrated Learning Preparation: The degree incorporates professional practice units and applied scientific learning that help students transition smoothly into biomedical and healthcare workplaces.
Industry and Research Connections: UC maintains strong engagement with Canberra’s health, government, and scientific research sectors, giving students exposure to research networks and professional scientific environments.
Research-Active Learning Environment: Students study within a university recognised for practical and research-focused teaching, helping graduates develop skills aligned with current biomedical and medical science industries.
Professional Scientific Skills: Graduates develop competencies in laboratory analysis, biomedical data interpretation, scientific communication, molecular investigation, and evidence-based problem solving valued across healthcare and biotechnology sectors.
Graduate Career Flexibility: The broad scientific training provided by the degree allows graduates to pursue opportunities in medical laboratories, pharmaceutical companies, diagnostic services, public health organisations, and research institutions.
University Support Services: UC provides academic skills support, mentoring, wellbeing services, employability initiatives, and professional development programs that support long-term career success.
Long-Term Qualification Value: The degree provides strong foundational knowledge for careers in biomedical science and also supports competitive entry into postgraduate health and medical science programs.
Graduation Outcomes: Graduates are prepared for employment in scientific and healthcare-related industries or progression into higher-level biomedical, medical, and research qualifications.

Further Academic Progression:
After completing the Bachelor of Medical Science, students may continue into postgraduate study such as Honours, Master of Medical Science, Master of Public Health, Master of Pharmacy, Master of Biotechnology, or research-focused biomedical science degrees. The program also provides foundational preparation for further pathways into medicine, allied health, clinical research, and PhD-level biomedical or health science research at the University of Canberra and other international universities.