Bachelor of Biomedical Science (Honours)

1 Years On Campus Bachelors Program

Griffith University Gold Coast Campus

Program Overview

The Bachelor of Biomedical Science (Honours) at Griffith University offers a hands-on, research-driven path for students curious about how the human body works, how diseases arise, and how science can help treat or prevent them. It’s ideal for those who enjoy lab work, science, and want to build strong foundations for a career in medical research, healthcare, or further study in medicine or advanced science.

Curriculum Structure

Year 1
In the first year, you dive into the basic sciences that underpin everything in biomedicine. You study foundational courses such as cell biology, biochemistry, and human physiology, giving you a strong grasp of how cells and systems in the body operate under normal conditions. This is where you begin to build your laboratory skills and scientific thinking — learning to observe, experiment, and analyse biological systems in a meaningful way.

Honours / Research Year
The honours component is a year devoted to supervised research under experienced researchers. You get to design and carry out a meaningful project — perhaps in immunology, molecular biology, or pharmacology — contributing new knowledge or exploring critical questions in human health. This final year is where you grow as an independent thinker, refine your lab skills, and get a real taste of what a career in research or advanced healthcare might look like.

Focus Areas
Cell biology, biochemistry, human physiology, microbiology, immunology, molecular biology, pharmacology, neuroscience

Learning Outcomes
You graduate with strong foundational and specialized biomedical knowledge, practical lab and research skills, scientific reasoning and communication abilities, and readiness for postgraduate study or entry-level roles in research, healthcare or allied biosciences.

Professional Alignment (Accreditation)
The degree is accredited under the national qualification framework, meaning it meets rigorous academic and professional standards. That ensures your qualification is recognized and respected globally — making you well-positioned for further study or roles in research and healthcare anywhere.

Reputation (Employability and Global Standing)
Griffith University’s biomedical programmes are well regarded worldwide, ranking among respected global institutions for life sciences. Graduates from this programme are often well-prepared to pursue competitive postgrad paths — from medicine to advanced research — or to enter bioscience and healthcare roles with confidence.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Griffith University Bachelor of Biomedical Science (Honours) gain intensive, research-focused practical experience by undertaking an independent biomedical research project under academic supervision. This program is strongly centred on laboratory and research training, allowing students to apply advanced scientific methods in real research environments, particularly across biomedical and health science disciplines at Griffith’s Gold Coast campus.

Throughout the Honours year, students work closely with academic supervisors and research teams, often engaging with active biomedical research areas such as molecular biology, infection and immunity, drug discovery, and human health science. This includes access to specialist laboratories, research infrastructure, and university research institutes that support high-level scientific investigation and thesis development:

Honours Research Project (Core Component): Students design, conduct, and complete an independent biomedical research project culminating in a formal thesis under academic supervision.
Biomedical Research Laboratories (Gold Coast Campus): Students conduct advanced experimental work using specialised laboratory spaces within Griffith Sciences and related biomedical facilities.
One-to-One Academic Supervision: Each student is paired with a research supervisor to guide experimental design, methodology, data analysis, and thesis preparation.
Griffith Health Research Environment: Students engage with a research-active environment focused on health, disease, and biomedical innovation across multiple scientific disciplines.
Access to Research Institutes: Students may engage with leading Griffith research centres such as the Institute for Glycomics and other biomedical research groups contributing to drug discovery and disease research.
Advanced Scientific Techniques: Practical research work may involve molecular biology methods, microbiological analysis, cell-based assays, and biochemical testing relevant to biomedical research.
Data Analysis and Research Tools: Students use scientific databases, statistical analysis tools, and biomedical literature platforms to support experimental research and thesis writing.
Collaborative Research Seminars: Students participate in research presentations, academic discussions, and peer feedback sessions to develop scientific communication skills.
Griffith Sciences Learning Environment: Access to purpose-built science teaching and research facilities supporting advanced biomedical experimentation and analysis.
Library and Research Resources: Comprehensive access to biomedical journals, scientific publications, and research databases through Griffith University Library services.
Research Dissemination Opportunities: Students are encouraged to present findings in academic formats, strengthening communication and professional research skills.

Progression & Future Opportunities

Graduates of the Griffith University Bachelor of Biomedical Science (Honours) are well prepared for careers in biomedical research, laboratory science, biotechnology, and health innovation, with strong experience in independent scientific investigation. This honours qualification is especially valuable for students aiming for research-intensive roles or further study, and it supports pathways into positions such as Research Scientist, Laboratory Research Officer, Biomedical Analyst, Clinical Research Assistant, or PhD Candidate in biomedical and health sciences:

Griffith Careers and Employment Service: Students receive personalised career development support including CV building, interview preparation, job search assistance, and access to industry networking opportunities.
Research-Intensive Skill Development: The honours year builds advanced capabilities in experimental design, laboratory techniques, scientific analysis, and academic writing through a major independent research project.
Strong Research Environment: Griffith University provides access to world-class biomedical research facilities and active research groups, particularly within health and medical sciences.
Industry and Research Institute Links: Students may engage with leading research environments such as the Institute for Glycomics, supporting exposure to cutting-edge biomedical research and drug discovery.
Graduate Research Pathway Strength: The honours qualification is a recognised stepping stone for PhD entry and competitive research-based postgraduate programs.
Biomedical Science Career Opportunities: Graduates are well positioned for roles in medical laboratories, biotechnology companies, pharmaceutical research, and academic institutions.
Advanced Scientific Communication Skills: Students develop strong skills in presenting research findings, writing scientific papers, and communicating complex biomedical data effectively.
Research Employability Advantage: Employers highly value honours graduates for their independent research experience and advanced laboratory competency.
Graduation Outcomes: Graduates complete a publishable-quality research thesis and gain strong scientific expertise that significantly enhances employability and postgraduate research prospects.

Further Academic Progression:
After completing the Bachelor of Biomedical Science (Honours), students are well positioned to pursue PhD-level research in biomedical science, molecular biology, health sciences, or clinical research. Graduates may also progress into specialised master’s programs in biotechnology, medical research, public health, or advanced laboratory science, depending on their research focus and career goals.