Bachelor of Biomedical Science

3 Years On Campus Bachelors Program

Charles Darwin University

Program Overview

The Bachelor of Biomedical Science at Charles Darwin University (CDU) is a three‑year full‑time degree designed to give you a deep, hands‑on grasp of how the human body works — from cells to organ systems — and how disease and health interact at molecular, cellular, and systemic levels. It’s ideal for someone curious about medicine, research, or public health, and eager to understand biology, chemistry and human health in a real‑world context.

Curriculum Structure

Year 1
In your first year you’ll build the foundational blocks of biomedical science. You’ll study units like Cellular Biology (SBI150) and Anatomy & Physiology (SBI161 / SBI162) — learning how cells and organs are structured and function in a healthy body. Alongside, you’ll get an introduction to Microbiology (SBI183) where you begin to explore microorganisms and their relevance to human health. This year helps you develop a strong base in biological sciences and sets you on track to understand more complex health issues.

Year 2
In second year you’ll deepen your scientific understanding and start thinking about health on a broader level. You might take Medical Biochemistry (MLS245) and Design and Analysis of Biological Studies (SBI209) — discovering how chemical processes and research methods reveal how body systems interact, and how researchers investigate health and disease. Additionally, you may choose first specialist‑elective units (e.g. in immunology, molecular biology or pharmacology), so you begin shaping your study towards your interests — whether that be medical science, microbiology, pharmaceutical science or public health.

Year 3
By the final year, your learning becomes more specialized and applied. Core unit Pathophysiology for Healthcare (SBI241) will help you understand how diseases develop and affect the body, while other core units offer perspectives on public, global, rural and Indigenous health. Meanwhile, your specialist electives (for example in immunology, clinical chemistry, histology or molecular biology) and possibly general electives give you the opportunity to tailor your degree — preparing you for careers in labs, biotech, public health, or further study. You’ll leave the program with both theoretical understanding and real laboratory and research‑oriented skills.

Focus Areas
Medical Science, Microbiology, Pharmaceutical Science, or Health

Learning Outcomes
You’ll understand human biology and disease at molecular to systemic levels, be able to design and analyse biological/health research, and have practical lab skills applicable in diagnostics, research, public or global health contexts.

Professional Alignment (Accreditation)
This degree sits within the Australian Qualifications Framework at Level 7, meaning it is a fully recognised bachelor degree. The structure and specialist electives give you the foundation, knowledge and laboratory skills relevant for careers in diagnostics, biotech, pharmaceutical fields, public health or for further professional or postgraduate health‑related studies.

Reputation (Employability Rankings)
CDU is recognised as a five‑star Australian university for graduate employment outcomes (2024), meaning many graduates of its programs go on to secure employment or continue higher studies. This makes the Bachelor of Biomedical Science a strong stepping stone toward careers in medical research, diagnostics, public health, pharmaceuticals or further professional health education.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Charles Darwin University Bachelor of Biomedical Science develop practical scientific and laboratory skills through hands-on learning, research activities, and real-world biomedical applications integrated across the degree. The program combines theoretical biomedical knowledge with laboratory-based training in molecular biology, microbiology, human physiology, genetics, and pathology, helping students build industry-ready competencies for healthcare and research environments.

Throughout the course, students work within CDU’s contemporary science facilities and engage with practical experimentation, collaborative scientific investigations, and digital biomedical technologies. The degree also benefits from CDU’s strong connections to tropical health and medical research in Northern Australia, giving students exposure to unique biomedical and public health challenges:

Specialised Biomedical Laboratories: Students gain practical experience in dedicated laboratories for microbiology, molecular biology, biochemistry, anatomy, physiology, and biomedical science experimentation.
Hands-On Laboratory Training: Practical classes allow students to perform biomedical testing, specimen analysis, microscopy, molecular investigations, and scientific data collection using industry-standard laboratory procedures.
Research Skills Development: Students learn scientific investigation methods, laboratory reporting, and evidence-based analysis through research-focused biomedical science units and applied projects.
Digital Scientific Tools: The program incorporates biomedical databases, scientific research platforms, laboratory technologies, and digital data analysis tools used in modern biomedical environments.
Collaborative Group Projects: Students participate in teamwork-based laboratory investigations, scientific presentations, and collaborative biomedical problem-solving activities designed to reflect professional healthcare and research settings.
Northern Territory Research Context: CDU’s location provides exposure to tropical health, infectious disease, Indigenous health, and regional biomedical challenges relevant to Northern Australia and Asia-Pacific healthcare systems.
Menzies School of Health Research Connection: Students benefit from CDU’s association with the internationally recognised Menzies School of Health Research, which supports health and medical research in tropical and Indigenous health fields.
Industry-Relevant Scientific Equipment: Students use professional laboratory instrumentation and biomedical technologies relevant to pathology, biotechnology, diagnostics, and medical science industries.
Library and Biomedical Resources: CDU students have access to extensive biomedical journals, online scientific databases, anatomy resources, and academic support services through the university library network.
Modern Science Facilities: Learning takes place in contemporary science teaching environments equipped for biomedical experimentation, physiology studies, and molecular science training.
Career-Focused Practical Learning: The degree emphasises workplace-ready scientific competencies that support employment pathways in laboratories, healthcare support services, biotechnology companies, and biomedical research sectors.

Progression & Future Opportunities

Graduates of the Charles Darwin University Bachelor of Biomedical Science are prepared for careers across biomedical laboratories, healthcare support services, biotechnology industries, public health organisations, and medical research environments. The degree develops strong scientific investigation, laboratory, and analytical skills that can lead to roles such as Biomedical Scientist, Laboratory Technician, Clinical Research Assistant, Pathology Assistant, or Biotechnology Support Officer, while also providing excellent preparation for postgraduate professional study:

Career Centre and Employability Support: CDU students can access career planning services, resume and interview workshops, employer networking opportunities, and job-readiness programs through the university’s Careers Centre.
Industry-Relevant Scientific Skills: Graduates develop competencies in laboratory diagnostics, molecular biology, microbiology, scientific communication, and biomedical data analysis that align with healthcare and research industry needs.
Research and Health Sector Connections: CDU’s links with hospitals, health organisations, and the Menzies School of Health Research provide students with exposure to real biomedical and public health research environments.
Tropical and Indigenous Health Expertise: The university’s focus on tropical medicine and Indigenous health gives graduates specialised knowledge relevant to Northern Australia and Asia-Pacific healthcare sectors.
Graduate Employment Outcomes: CDU is recognised for producing work-ready graduates through practical, applied learning and industry-focused education that supports career development across science and healthcare sectors.
Professional Laboratory Preparation: Students graduate with practical laboratory experience, scientific research capabilities, and analytical problem-solving skills valued in pathology, biotechnology, pharmaceutical, and diagnostic industries.
Long-Term Qualification Value: The biomedical science degree provides foundational scientific knowledge that supports both immediate employment opportunities and long-term progression into specialised medical and health professions.
University Learning Support Services: Students benefit from academic support, mentoring programs, professional development workshops, and career guidance services designed to strengthen graduate success.
Research-Focused Learning Environment: CDU’s biomedical science training is supported by active scientific research and modern laboratory teaching facilities, helping graduates remain competitive in evolving healthcare industries.

Further Academic Progression:
After completing the Bachelor of Biomedical Science, students may continue into Honours or postgraduate study in biomedical science, public health, biotechnology, medical laboratory science, or research-based health sciences. The degree can also support pathways into advanced professional qualifications such as medicine, pharmacy, physiotherapy, or PhD-level biomedical and clinical research programs in Australia and internationally.