Overview

Biomedical science provides the foundational scientific knowledge required to understand human health, mechanisms of disease, and modern therapeutic interventions. The Bachelor of Biomedical Science at Griffith University delivers a rigorous education that integrates human biology, molecular genetics, and clinical science disciplines. Taught within advanced laboratory spaces and cadaveric anatomy suites, the programme emphasizes practical competency and interprofessional learning alongside students from various clinical fields. The curriculum covers core subjects in biochemistry, microbiology, pharmacology, and integrated systems physiology, culminating in the BioHealth Project capstone where students address real-world health challenges. Designed for analytical and scientifically passionate individuals, this course offers flexible pathways toward graduate-entry medicine, allied health professions, and health research careers. Graduates emerge with the laboratory expertise, diagnostic reasoning, and collaborative skills needed to advance medical knowledge and drive healthcare innovation.

What You'll Learn

• Human anatomy, cell biology, and integrated systems physiology mechanics

• Structural biochemistry, metabolic pathways, and molecular genetics principles

• Microbiology, infectious disease transmission, and immunology diagnostics

• Pharmacology, drug action mechanisms, and therapeutic intervention principles

• Neurobiology, pathology, and molecular mechanisms underlying human disease

• Applied health research methods, statistical analysis, and experimental design

• Interprofessional healthcare practice, BioHealth capstone projects, and clinical communication

Learning Outcomes

Upon completing the programme, students will be capable of applying biomedical principles to analyze human physiological functions and disease processes. Graduates will demonstrate high-level laboratory proficiency, executing complex scientific assays, handling biological specimens safely, and interpreting experimental data accurately. Through collaborative capstone initiatives and laboratory training, learners acquire strong capabilities in multidisciplinary teamwork, problem-solving, and evidence-based scientific reasoning. They will critically appraise biomedical research literature, maintain regulatory and ethical standards, and communicate complex scientific findings clearly to health professionals and broader communities. Ultimately, graduates build the academic foundation and practical independence required to pursue graduate medicine, postgraduate research, or professional roles across pathology, biotechnology, and health sector industries.