Bachelor of Biomedical Science/Science

4 Years On Campus Bachelors Program

University of Queensland

Program Overview

The Bachelor of Biomedical Science / Science at UQ is a four-year dual degree that lets you combine in-depth biomedical science training with the flexibility to explore another science area that excites you. It’s ideal for students who want both specialised knowledge in human health and biology, and the versatility to broaden their skills across a second scientific discipline, preparing you for diverse career or postgraduate opportunities.

Curriculum Structure

Year 1

Your first year lays the groundwork for both biomedical science and your chosen science major. You’ll study core subjects such as Introduction to Biomedical Science, Principles of Cell and Molecular Biology, and Fundamentals of Chemistry, giving you a strong understanding of how living systems work. Alongside this, foundational courses from your second science discipline build your problem-solving and analytical skills, setting you up for more advanced study.

Year 2

In your second year, your learning becomes more specialised. You’ll take courses like Human Physiology and Developmental Biology, Microbiology and Immunology, and Data Analysis in Science, while continuing to progress in your science major with intermediate courses such as Physics for Life Scientists or Calculus and Applications. This combination strengthens your laboratory techniques, critical thinking, and ability to connect ideas across disciplines.

Year 3

By the third year, your biomedical science study focuses on advanced topics, including Systems Pharmacology, Integrated Cell and Tissue Biology, and Neuroscience. Practical lab sessions, group experiments, and research projects are a key focus, helping you learn how to design experiments, analyse results, and draw meaningful conclusions with confidence.

Year 4

In your final year, you’ll bring everything together through advanced coursework and a Research Project or capstone subject, such as Experimental Pharmacology or Integrative Physiology & Pathophysiology. This gives you the opportunity to carry out independent research, refine your scientific communication, and graduate with both the knowledge and hands-on experience to enter the workforce or continue into postgraduate study.

Focus Areas

Biomedical science, cell and molecular biology, physiology, developmental biology, microbiology, pharmacology, neuroscience, plus coursework from your chosen science major such as chemistry, genetics, mathematics, or computer science.

Learning Outcomes

Design and conduct experiments, analyse and interpret data, integrate knowledge across disciplines, communicate scientific findings clearly, and demonstrate teamwork and problem-solving in real research settings.

Professional Alignment (Accreditation)

While this dual degree is not a regulated professional accreditation, it is recognised as a rigorous scientific qualification, providing a strong foundation for careers in research, health sciences, biotechnology, or for further postgraduate study.

Reputation (Employability Rankings)

The University of Queensland is consistently ranked among Australia’s top universities for life sciences and biomedical research. Its programs are globally recognised for academic excellence, research impact, and strong connections with industry, ensuring graduates are well-prepared for professional careers.

Experiential Learning (Research, Projects, Internships etc.)

In this program, you won’t just be sitting in lectures — you’ll be actively doing science from day one. Through hands-on lab work, research projects, and practical exercises, you’ll gain real skills that are directly relevant to careers in research, healthcare, and industry. UQ provides state-of-the-art facilities, where you’ll explore anatomy, tissue biology, pathology, and advanced biomedical techniques under the guidance of experienced researchers and lecturers.

Here’s how you’ll get hands-on experience throughout your degree:

Modern laboratories: Work in dedicated biomedical labs, including the Gross Anatomy Facility and the Integrated Pathology Learning Centre, using professional equipment such as microscopes, PCR machines, and analytical tools while studying cell biology, physiology, microbiology, and pharmacology.
Research projects and programs: Participate in structured research experiences, including UQ’s Summer and Winter Research Programs, giving you the chance to work alongside academics on real scientific investigations.
Specialised research facilities: Learn advanced techniques in histology, imaging, and integrated physiology labs, building confidence with the tools used in professional research settings.
Practical coursework and fieldwork: Apply your knowledge in labs, experiments, computer modelling, data analysis, and field research as part of your science major, ensuring you see how theory works in practice.
Work-integrated learning: Gain exposure to industry and research placements through the Faculty of Science, helping you develop professional networks and experience that employers value.

UQ makes sure that experiential learning is at the heart of your degree, giving you the confidence, skills, and practical knowledge to step into research, biomedical, and scientific careers with real-world experience.

Progression & Future Opportunities

Graduating from the Bachelor of Biomedical Science / Science at UQ equips you with the knowledge and practical skills to make an impact in research, healthcare, and science from day one. Many alumni work as Biomedical Scientists, Medical Laboratory Scientists, Research Assistants, or Clinical Trials Coordinators, applying their expertise in labs, hospitals, research institutes, and biotech companies. With hands-on labs, research projects, and integrated science training throughout your degree, you’ll be ready to step confidently into a rewarding scientific career.

Here’s how UQ helps you launch your career:

Tailored career support: UQ’s Careers and Employability Centre offers personalised guidance, workshops, networking opportunities, and one-on-one support for CVs and interviews, helping you connect with potential employers while you study.

Strong employment prospects: Graduates are highly employable, entering in-demand roles in research, healthcare, and biotechnology. Early-career positions offer competitive salaries and provide a strong foundation for professional growth.

Industry connections: Through partnerships with hospitals, research institutes, and biotech companies such as Pfizer, CSL Behring, and Takeda, you’ll have opportunities to network with employers, attend guest lectures, and gain hands-on experience through placements and projects.

Accredited qualification: While the dual degree itself is not a regulated professional accreditation, it is widely recognised as a rigorous scientific qualification, preparing you for research roles, industry positions, or further postgraduate study.

Graduate outcomes: Alumni work across research labs, clinical trials, diagnostics, and biotechnology, with many using the degree as a stepping stone to postgraduate study, specialised careers, or leadership roles in science and healthcare.

Further Academic Progression:
After completing your degree, you can continue to grow professionally and academically. Options include an Honours year or a Master’s by Research to deepen your expertise in biomedical science, a PhD for an academic or research career, or professional postgraduate programs such as the Doctor of Medicine or allied health courses to pursue clinical practice or specialised healthcare roles. These pathways open doors to advanced research, leadership, and high-level scientific careers.