Bachelor of Advanced Biomedical Sciences (Honours)

4 Years On Campus Bachelors Program

Curtin University Perth

Program Overview

The Bachelor of Advanced Biomedical Sciences (Honours) at Curtin is a four-year, research-focused degree that invites curious, science-driven minds who want to deepen their understanding of human biology and health. It’s ideal for students who dream of contributing to real-world discoveries — you will learn how the human body works at molecular and clinical levels, and gain hands-on skills to tackle biomedical challenges.

Curriculum Structure
Year 1 — The journey begins with a mix of dedicated biomedical science units and inter-professional courses shared with students from different disciplines. You’ll build a foundational understanding in chemistry, biology and statistics, while also being exposed to broader scientific thinking. This first year helps you explore what biomedical science means before you commit to a major.

Year 2 — From your second year, you choose between two pathways: Discovery Bioscience or Clinical Medical Science. You begin studying core units tailored to your major — for instance in experimental design, data analysis, bioinformatics or physiology. Alongside, you’ll start engaging with research-oriented project units, collaborating with peers and faculty, refining your ability to plan experiments, interpret data and think like a scientist.

Year 3 — As you progress, coursework becomes more specialised and research-intensive. You dive deeper into advanced topics — perhaps genomics, proteomics, immunology or regenerative medicine (depending on your major). You’ll also get opportunities to work with real-life research settings: labs, clinical trial sites — sometimes via a “research roadshow” that exposes you to how science is done in universities, hospitals or industry.

Year 4 (Honours Year) — In your final year you embark on a full-year independent research project within a laboratory at the university, a research institute, or an industry partner site. This capstone research lets you apply everything you’ve learned: design experiments, handle data, follow ethical standards, and communicate findings. By the end, you’ll feel confident in your ability to contribute new knowledge or innovations.

Focus Areas
“Discovery Bioscience | Clinical Medical Science”

Learning Outcomes
Ability to integrate advanced biomedical science concepts, design and conduct research, manage and interpret data, communicate findings effectively, and work ethically and collaboratively in diverse scientific settings.

Professional Alignment (Accreditation)
This honours degree prepares you for roles as a biomedical scientist, biotechnologist, researcher or in medical diagnostics — giving you a credible and research-ready qualification that’s recognised for its rigour and practical alignment with industry and academia.

Reputation (Employability Rankings)
The program sits within a university that features in respected global rankings, helping ensure that your degree — especially with the honours and research credentials — will be viewed favourably by employers and research institutes internationally.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Advanced Biomedical Sciences (Honours) at Curtin University gain extensive practical and research-focused experience through advanced laboratory training, biomedical investigation, and honours-level scientific research. The program is designed to immerse students in real biomedical science environments where they develop high-level analytical, experimental, and problem-solving skills relevant to healthcare, medical research, and biotechnology industries. Throughout the degree, students work with advanced scientific equipment and research methodologies commonly used in professional biomedical laboratories and research institutes:

Advanced Biomedical Research Laboratories: Hands-on training in molecular biology, microbiology, genetics, immunology, and biochemistry using modern biomedical equipment.
Honours Research Project: Students complete a major independent research investigation involving experimental design, data collection, laboratory analysis, and scientific reporting.
Molecular & Cellular Biology Techniques: Practical experience with DNA analysis, protein studies, cell culture, and biomedical diagnostic techniques used in research and healthcare settings.
Scientific Data Analysis & Research Software: Use of digital laboratory systems, statistical software, and biomedical data analysis tools to interpret research findings.
Collaborative Research & Group Projects: Students work in research teams and laboratory groups, building scientific communication and teamwork skills.
Research-Led Teaching Environment: Learning is closely connected to Curtin’s active biomedical and health research activities and academic expertise.
Biomedical Literature & Research Databases: Access to Curtin Library’s scientific journals, biomedical databases, and online research resources supporting honours-level study.
Research Seminars & Scientific Presentations: Students participate in academic seminars and present research findings, developing professional scientific communication abilities.
Professional Laboratory Practice & Ethics Training: Development of laboratory safety, research ethics, and professional biomedical research competencies aligned with industry expectations.

Progression & Future Opportunities

Graduates of the Bachelor of Advanced Biomedical Sciences (Honours) at Curtin University are highly prepared for advanced careers in biomedical research, biotechnology, healthcare innovation, and scientific investigation. The honours component develops strong independent research capability and advanced laboratory expertise, enabling graduates to pursue roles such as biomedical researcher, clinical research associate, laboratory scientist, biotechnology analyst, or research assistant within healthcare and life sciences industries.

Curtin University supports students through strong research engagement, industry-informed learning, and employability services that help graduates transition into professional scientific and research careers:

Curtin Careers & Employability Services: Provides career coaching, networking opportunities, resume and interview preparation, and graduate employment support for science and health sectors.
Advanced Honours Research Training: Students complete a substantial independent research project, building expertise in scientific investigation, laboratory analysis, and research communication.
Industry & Research Partnerships: Curtin maintains links with biomedical research institutes, healthcare organisations, and biotechnology industries that support collaborative research and career opportunities.
Research Skill Development: Graduates gain highly transferable skills in critical thinking, experimental design, scientific data interpretation, and professional laboratory practice.
Graduate Outcomes & Research Pathways: The honours qualification strengthens competitiveness for research-based employment and postgraduate study opportunities in biomedical science and health research.
Access to Curtin Research Community: Students work alongside academic researchers and research groups, helping build professional scientific networks and exposure to current biomedical advancements.

Further Academic Progression:

After completing this honours degree, graduates can continue into higher-degree research programs such as Master of Philosophy (MPhil) or Doctor of Philosophy (PhD) in biomedical science, molecular biology, biotechnology, health sciences, or medical research. These pathways can lead to advanced careers in academia, clinical research, pharmaceutical development, biotechnology innovation, or leadership roles within scientific and healthcare industries.