Bachelor of Health and Medical Science

3 Years On Campus Bachelors Program

Charles Sturt University Sydney

Program Overview

The Charles Sturt University Bachelor of Health and Medical Science is designed for students who are passionate about human health, medical research, and healthcare innovation, and who want a strong scientific foundation for a wide range of health-related careers. This program combines biomedical science, human biology, and healthcare studies, giving students practical laboratory experience and research skills while preparing them for future opportunities in allied health, medical science, public health, or postgraduate clinical studies.

Curriculum Structure

Year One

In the first year, students develop foundational scientific knowledge essential for understanding human health and disease. Subjects such as Human Bioscience 1, Chemistry for Life Sciences, and Foundations of Health and Medical Science introduce students to anatomy, physiology, biological systems, and healthcare concepts while building laboratory and academic skills. Students also begin exploring evidence-based healthcare and scientific communication.

Year Two

Second year expands students’ understanding of biomedical processes and disease mechanisms through more specialised scientific studies. Units including Human Bioscience 2, Microbiology, and Pathophysiology help students investigate infections, body system disorders, and cellular functions in greater depth. During this stage, students strengthen their analytical and laboratory capabilities while applying scientific reasoning to real health challenges.

Year Three

In the final year, students focus on advanced medical science topics, research skills, and professional preparation. Subjects such as Medical Genetics, Immunology, and Research Project in Health and Medical Science allow students to engage with contemporary healthcare issues, scientific investigations, and emerging medical technologies. Students graduate with practical scientific expertise, critical thinking abilities, and research experience relevant to healthcare and biomedical industries.

Focus Areas

Human biology, biomedical science, pathology, microbiology, genetics, immunology, healthcare systems, medical research, disease prevention, laboratory science, public health, scientific communication.

Learning Outcomes

Graduates develop strong scientific literacy, laboratory competency, research and analytical skills, critical thinking abilities, professional communication skills, and an understanding of human health and disease processes. Students also learn to evaluate scientific evidence, conduct research investigations, and apply biomedical knowledge in healthcare and medical science settings.

Professional Alignment (Accreditation)

The program is designed to provide a strong pathway into healthcare, biomedical science, public health, and postgraduate professional health programs. Charles Sturt University is recognised for its industry-focused education and practical approach to health sciences training.

Reputation (Employability Rankings)

Charles Sturt University is widely recognised for graduate employment outcomes, practical learning experiences, and strong industry engagement across health and science disciplines. The university has built a strong reputation for producing workforce-ready graduates through hands-on learning, applied research opportunities, and regional and metropolitan healthcare partnerships.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Health and Medical Science at Charles Sturt University develop practical scientific and healthcare skills through laboratory-based learning, biomedical investigations, and applied research experiences. The program combines theoretical knowledge with hands-on training in modern health science facilities, allowing students to work with laboratory technologies, scientific equipment, and research methods commonly used in healthcare and biomedical industries. Through collaborative projects, scientific analysis, and practical investigations, students graduate with workplace-ready technical and analytical capabilities:

Specialised Science Laboratories provide practical training in microbiology, chemistry, human bioscience, pathology, and biomedical science techniques.
Research-Focused Learning allows students to complete scientific investigations and research projects connected to contemporary health and medical science issues.
Laboratory Skills Development includes specimen analysis, experimental procedures, scientific reporting, and evidence-based problem solving.
Research Project in Health and Medical Science gives students the opportunity to apply research methodologies, data interpretation, and critical scientific analysis in a professional-style project environment.
Digital Learning Technologies support access to virtual learning materials, scientific databases, online laboratory resources, and collaborative coursework platforms.
Collaborative Group Projects help students strengthen teamwork, communication, and interdisciplinary problem-solving skills relevant to healthcare and scientific workplaces.
Human Bioscience Practical Sessions allow students to gain experience in anatomy, physiology, and biological system investigations using laboratory models and scientific equipment.
Microbiology and Pathophysiology Training provides exposure to disease investigation, infection control principles, and laboratory diagnostic concepts.
Library and Research Resources give students access to extensive medical journals, scientific publications, biomedical databases, and academic research support services.
Industry-Relevant Scientific Training prepares students for careers in healthcare, medical laboratories, biomedical research, and public health environments.
Academic Support and Mentoring from experienced teaching staff and researchers helps students build confidence in laboratory practice and scientific communication.
Modern Learning Facilities across Charles Sturt University campuses support interactive science learning, practical workshops, and technology-enhanced education experiences.

Progression & Future Opportunities

Graduates of the Bachelor of Health and Medical Science at Charles Sturt University are prepared for diverse careers across healthcare, biomedical science, research, and public health sectors. The program equips students with scientific knowledge, laboratory experience, and research capabilities that are highly valued in health-related industries, while also creating strong pathways into postgraduate professional healthcare degrees. Graduates may pursue careers as Biomedical Laboratory Assistant, Research Officer, Public Health Support Officer, or Medical Science Technician:

Charles Sturt Career Development Service supports students with career planning, résumé development, interview preparation, job search strategies, and employer networking opportunities.
Industry-Relevant Scientific Training helps graduates build practical laboratory and analytical skills that align with healthcare, biotechnology, and medical research workforce needs.
Research and Laboratory Experience gained during the degree strengthens employability in scientific and healthcare support environments.
Professional Workplace Skills including communication, teamwork, problem-solving, and scientific reporting prepare students for multidisciplinary healthcare settings.
Strong Health Industry Demand continues to create opportunities in medical laboratories, diagnostic services, biomedical research, aged care support, and public health sectors.
University Partnerships and Research Connections provide exposure to healthcare and scientific organisations through research-focused learning and academic collaborations.
Modern Scientific Curriculum ensures graduates understand emerging health technologies, disease processes, laboratory methods, and evidence-based healthcare approaches.
Graduate Employment Outcomes reflect Charles Sturt University’s strong reputation for producing career-ready graduates with practical industry skills.
Long-Term Qualification Value comes from the broad scientific and healthcare foundation that supports career flexibility across medical science and health industries.

Further Academic Progression:

After completing this degree, students may continue into postgraduate study in areas such as Master of Public Health, Master of Clinical Physiology, Master of Speech Pathology, Master of Nursing, or other allied health and biomedical science programs. The degree also provides a pathway into Honours, Master by Research, and PhD programs in biomedical science, microbiology, genetics, immunology, or public health. Students interested in clinical careers may use this qualification as a foundation for further professional healthcare studies.