Bachelor of Biomedical and Health Sciences majoring in Medical Science

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

The Bachelor of Biomedical and Health Sciences with a major in Medical Science at the University of Adelaide gives you a strong foundation in understanding how the human body works, both in health and in disease. It’s ideal for students who are curious about anatomy, physiology, pharmacology, and pathology, and who want to pursue careers in research, health science, diagnostics, or other applied biomedical fields.

Curriculum Structure

Year 1

Introduces you to the fundamentals of human biology and health. You’ll explore anatomy, physiology, and the basic principles of biomedical science while developing important research and communication skills. This first year lays the groundwork for understanding how the body functions as a whole and how science connects to health outcomes.

Year 2

Allows you to focus more deeply on your Medical Science major. You’ll study topics such as human physiology, pathology, and pharmacology, learning how diseases develop, how drugs affect the body, and how scientists investigate health challenges. Laboratory work and case studies give you practical experience, while group projects help you build problem-solving and teamwork skills.

Year 3

Where you bring everything together. You’ll tackle advanced subjects covering disease mechanisms, lifespan changes in the body, and clinical perspectives on health care. You’ll also complete a work-integrated learning placement, giving you hands-on experience in a professional or research setting so you can apply your knowledge in real-world environments before graduation.

Focus Areas

Human anatomy and physiology, disease mechanisms, pharmacology, biomedical research skills, health sciences investigation

Learning Outcomes

Graduates will understand how the human body works in health and disease, conduct scientific research, interpret biomedical data, communicate findings effectively, work well in teams, and be ready for careers or further study in health and science fields.

Professional Alignment (Accreditation)

The degree equips you with the scientific and research skills that are highly valued in laboratories, health organisations, education, and industry, giving you strong employability in the biomedical sector.

Reputation (Employability & Rankings)

The University of Adelaide is recognised globally for its strength in health and science, and graduates are well regarded for their solid mix of theoretical knowledge and practical skills.

Experiential Learning (Research, Projects, Internships etc.)

Students in the University of Adelaide Bachelor of Biomedical and Health Sciences majoring in Medical Science develop practical scientific and clinical understanding through laboratory-based learning, biomedical investigation, and research-informed teaching. The program combines core biomedical science training with applied medical science knowledge, allowing students to build hands-on experience in human biology, disease mechanisms, laboratory diagnostics, and modern healthcare science practices.

Throughout the degree, students work in advanced teaching laboratories and research-focused learning environments where they apply theoretical concepts to real scientific investigations. Practical learning is integrated across the curriculum through experiments, laboratory analysis, collaborative projects, and exposure to contemporary biomedical and medical science research practices:

Medical Science and Biomedical Laboratories: Students complete hands-on laboratory training in anatomy, physiology, microbiology, molecular biology, and biochemistry using industry-standard scientific equipment.
Clinical and Diagnostic Laboratory Skills: Practical classes develop competencies in sample analysis, disease investigation, laboratory testing, and biomedical data interpretation.
Research-Informed Learning Environment: Students engage with current biomedical and medical science research led by university academics and researchers.
Group-Based Scientific Projects: Collaborative laboratory investigations and scientific presentations help students build teamwork, communication, and analytical problem-solving skills.
Digital Scientific Tools and Databases: Students use biomedical databases, online research platforms, and scientific analysis tools for laboratory reporting and evidence-based investigation.
Exposure to Health and Medical Research Institutes: Learning is supported by the university’s connections to medical and health research environments across Adelaide’s biomedical precinct.
Modern Science Teaching Facilities: Students access specialised biomedical teaching laboratories designed for experimental learning and scientific skill development.
Applied Biomedical Research Opportunities: Students may undertake supervised research activities and investigative projects related to medical science and human health.
Library and Academic Resources: Full access to scientific journals, medical databases, anatomy resources, and health science learning materials through the University of Adelaide libraries.
Industry-Relevant Skill Development: The program develops laboratory competence, scientific communication, critical analysis, and evidence-based healthcare understanding.
Integrated Health Science Learning: Students connect biomedical science knowledge with broader medical and health applications relevant to healthcare and research careers.

Progression & Future Opportunities

Graduates of the University of Adelaide Bachelor of Biomedical and Health Sciences majoring in Medical Science are well prepared for careers in biomedical laboratories, healthcare science, medical research, and diagnostic industries. The program combines advanced biomedical knowledge with practical medical science skills, creating strong pathways into roles such as Medical Scientist, Biomedical Research Assistant, Clinical Laboratory Officer, Pathology Assistant, or Health Research Coordinator:

University of Adelaide Career Services: Students receive employability support through career counselling, resume and interview workshops, networking events, internships guidance, and employer engagement programs.
Strong Biomedical and Medical Science Industry Connections: The university maintains close links with hospitals, biomedical research institutes, and healthcare organisations within Adelaide’s internationally recognised health and biomedical precinct.
Research-Focused Learning Advantage: Students benefit from research-informed teaching and exposure to contemporary medical science developments, strengthening readiness for scientific and healthcare careers.
Industry-Relevant Scientific Training: Graduates develop practical laboratory skills in microbiology, molecular biology, physiology, pathology, and biomedical analysis aligned with healthcare and diagnostic sectors.
Healthcare and Diagnostic Sector Demand: Skilled biomedical and medical science graduates continue to be sought after across hospitals, pathology laboratories, biotechnology companies, and public health organisations.
Indicative Graduate Salary Potential: Entry-level biomedical and medical science professionals in Australia generally enter competitive science and healthcare salary ranges, with opportunities for advancement through experience and specialisation.
Professional and Academic Foundation: The degree provides a respected scientific qualification that supports long-term career growth in laboratory science, healthcare research, and biomedical industries.
Collaborative Research Environment: Students study within a university environment connected to leading biomedical and translational health research initiatives.
Graduation Outcomes: Graduates complete the program with strong laboratory competence, scientific communication skills, critical thinking ability, and applied medical science knowledge valued across healthcare and biomedical sectors.

Further Academic Progression:
After completing the Bachelor of Biomedical and Health Sciences majoring in Medical Science, students may continue into Honours, Master of Biomedical Science, Master of Public Health, Master of Clinical Research, or higher research degrees such as a PhD. The program can also support pathways into professional health programs including medicine, dentistry, pharmacy, or allied health disciplines, depending on additional entry requirements.