Bachelor of Biomedical Science

3 Years On Campus Bachelors Program

Southern Cross University

Program Overview

The Southern Cross University Bachelor of Biomedical Science is designed for students who are passionate about human biology, disease processes, and medical research, while building strong laboratory and scientific investigation skills for healthcare and biomedical industries. The program combines foundational medical science knowledge with practical scientific training, making it ideal for students interested in careers in laboratory science, biotechnology, medical research, or postgraduate health professions.

Curriculum Structure

Year 1

In the first year, students establish a strong scientific foundation through subjects such as Cell Biology, Human Physiology 1, and Chemistry for the Life Sciences. Students explore the structure and function of the human body, fundamental biological systems, and chemical processes while developing academic research, laboratory, and scientific communication skills.

Year 2

The second year focuses on disease mechanisms, molecular science, and human health through units including Biochemistry, Microbiology, and Human Physiology 2. Students gain deeper understanding of infection, metabolism, and cellular function while strengthening their practical laboratory competencies and scientific analytical skills through applied biomedical investigations.

Year 3

In the final year, students engage with advanced biomedical science topics such as Immunology, Molecular Biology, and Medical Pathophysiology. The curriculum emphasises disease diagnosis, biomedical research methods, and contemporary healthcare science while preparing students for professional laboratory environments and future postgraduate study opportunities.

Focus Areas

Human biology, physiology, microbiology, immunology, molecular biology, pathology, biomedical laboratory science, medical research, disease mechanisms, biotechnology.

Learning Outcomes

Develop advanced understanding of human health and disease, apply biomedical laboratory techniques, analyse scientific data critically, conduct scientific investigations, communicate biomedical findings effectively, and develop professional scientific competencies for healthcare and research environments.

Professional Alignment (Accreditation)

The degree is designed to align with biomedical and health science industry expectations through laboratory-focused learning and scientific research training. The program provides strong preparation for careers in biomedical science, pathology, biotechnology, medical research, and postgraduate health-related study pathways.

Reputation (Employability Rankings)

Southern Cross University is recognised for its strong student support, practical learning approach, and industry-focused science education. The university’s emphasis on hands-on laboratory experience and applied biomedical science training helps graduates develop workplace-ready skills relevant to healthcare and scientific industries.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Southern Cross University Bachelor of Biomedical Science gain practical scientific experience through laboratory-intensive learning, biomedical investigations, and research-focused training embedded throughout the degree. The program combines theoretical biomedical science with hands-on laboratory work, helping students develop skills in microbiology, molecular biology, physiology, immunology, and pathology using contemporary scientific technologies and professional laboratory procedures.

Throughout the course, students work in modern science facilities and participate in practical experimentation, collaborative scientific projects, and applied biomedical analysis that reflect real healthcare and laboratory environments. Southern Cross University also supports research-informed learning through access to scientific resources, digital technologies, and specialised laboratory spaces designed for biomedical and health science education:

Biomedical Science Laboratories: Students undertake practical classes in specialised laboratories for microbiology, molecular biology, biochemistry, anatomy, physiology, and pathology-related scientific investigations.
Hands-On Laboratory Experience: Practical training includes specimen analysis, microscopy, molecular testing, biomedical experimentation, and scientific data collection using industry-relevant laboratory procedures.
Research Skills Development: Students strengthen their scientific investigation capabilities through research projects, laboratory reports, evidence-based analysis, and biomedical problem-solving activities.
Collaborative Scientific Projects: The program includes teamwork-based laboratory activities, research presentations, and group investigations that mirror professional biomedical science environments.
Digital Learning Technologies: Students use biomedical databases, scientific literature platforms, laboratory technologies, and digital analysis tools to support biomedical research and data interpretation.
Advanced Scientific Equipment: Students gain experience with professional laboratory instrumentation and technologies relevant to biotechnology, pathology, and medical science industries.
Health and Science Facilities: Learning takes place in contemporary science teaching spaces and biomedical laboratories designed to support practical experimentation and healthcare-focused scientific education.
Library and Biomedical Resources: Students have access to extensive biomedical journals, anatomy resources, scientific databases, and academic support services through Southern Cross University Library.
Research-Informed Education: Students benefit from exposure to current biomedical research and evidence-based scientific practices integrated into teaching activities.
Industry-Relevant Practical Skills: The degree focuses on developing workplace-ready competencies in laboratory science, biomedical analysis, scientific communication, and professional healthcare-related research.
Supportive Learning Environment: Small-group laboratory learning and academic support services help students build confidence in practical scientific techniques and professional biomedical practice.

Progression & Future Opportunities

Graduates of the Southern Cross University Bachelor of Biomedical Science are prepared for careers across biomedical laboratories, healthcare support services, biotechnology companies, pathology organisations, and medical research environments. The degree equips students with strong scientific investigation, laboratory, and analytical skills that support career pathways such as Biomedical Scientist, Laboratory Technician, Clinical Research Assistant, Pathology Assistant, and Biotechnology Support Officer, while also providing strong preparation for postgraduate healthcare study:

Career Employability Services: Southern Cross University students can access career support services including resume assistance, interview preparation, career counselling, job-search guidance, and employability workshops designed to improve graduate outcomes.
Industry-Relevant Scientific Training: Graduates develop practical competencies in laboratory analysis, microbiology, molecular biology, biomedical data interpretation, and scientific communication valued across healthcare and research sectors.
Research and Healthcare Connections: The program’s research-informed learning approach and laboratory-focused training help students align with the expectations of biomedical laboratories, pathology providers, and biotechnology industries.
Professional Laboratory Experience: Students graduate with practical laboratory skills and scientific investigation experience relevant to pathology, diagnostics, biomedical research, and healthcare science workplaces.
Graduate Career Flexibility: The broad biomedical science curriculum supports opportunities in healthcare support, pharmaceutical industries, medical research, biotechnology, public health, and laboratory science environments.
University Support Programs: Students benefit from academic learning support, career mentoring, professional development programs, and employability initiatives throughout their studies.
Long-Term Qualification Value: The degree provides a strong scientific foundation for long-term career development in health sciences and supports progression into advanced professional and research pathways.
Workplace-Ready Skills: Graduates develop transferable skills in critical thinking, scientific analysis, laboratory practice, research communication, and evidence-based problem solving applicable across multiple scientific industries.
Graduation Outcomes: Graduates are well prepared for both employment and postgraduate education in biomedical science, healthcare, and medical research-related fields.

Further Academic Progression:
After completing the Bachelor of Biomedical Science, students may continue into Honours or postgraduate study in biomedical science, biotechnology, public health, medical laboratory science, or health research disciplines. The program can also provide foundational preparation for advanced pathways in medicine, pharmacy, physiotherapy, and PhD-level biomedical or clinical research programs in Australia and internationally.