Bachelor of Biomedical Science (Honours)

1 Years On Campus Bachelors Program

Australian Catholic University

Program Overview

The Bachelor of Biomedical Science (Honours) at Australian Catholic University is designed for high-achieving graduates who want to deepen their research expertise in biomedical science. It suits students aiming to specialise in areas like human health, disease mechanisms, and laboratory research, providing intensive hands-on experience and the opportunity to contribute to original scientific research.

Curriculum structure

Year 1 – Advanced research and specialisation
In this one-year honours program, students focus entirely on research and advanced biomedical science topics. Units such as Advanced Biomedical Research Project, Research Methods and Experimental Design, and Data Analysis in Biomedical Science guide students through designing experiments, collecting and analysing data, and presenting research findings. Students also develop critical thinking and professional skills required for scientific careers or further postgraduate study.

Focus areas (in a string)

advanced biomedical research, human health, disease mechanisms, laboratory techniques, scientific communication, data analysis

Learning outcomes (in a string)

design and conduct research experiments, analyse and interpret complex data, communicate scientific findings, apply advanced laboratory techniques, develop critical and independent research skills

Professional alignment (accreditation)

The program is aligned with professional standards in biomedical science, preparing students for research careers, higher degrees, or roles in healthcare, biotechnology, and laboratory industries.

Reputation (employability rankings)

Australian Catholic University is recognised for its strong focus on research-led education and practical experience, helping graduates pursue further study or research-focused careers with confidence.

Experiential Learning (Research, Projects, Internships etc.)

If you join the Bachelor of Biomedical Science (Honours) at Australian Catholic University (ACU, Brisbane campus), you’ll be stepping into a program that is all about doing real science — not just reading about it. Over the 1‑year honours year you build on your undergraduate learning by working closely with an academic researcher on a thesis project, developing skills you’ll actually use in labs, industry or further study. It’s designed to make you ready for research‑oriented roles — or for postgraduate study — by giving you hands‑on experience in designing, analysing and communicating scientific research.

Here’s what that experiential learning looks like in practice:

Research‑oriented thesis project: You’ll complete a substantial honours thesis (over two sequential units) under the supervision of an academic expert — giving you real experience in formulating a research question, collecting and analysing data, and drafting scientific‑grade work.
Training in research methods & statistics: Early in the honours year you take coursework units such as “Research Methods in Biomedical and Health Sciences Research” and “Statistics for Biomedical and Health Sciences Research,” equipping you with the methodological tools and analytical skills essential for valid experimental or clinical research.
Practice in scientific communication: There’s a dedicated unit for “Communicating Research in Biomedical and Health Sciences,” helping you learn how to present your findings clearly — an important skill whether you aim for academia, industry, or public communication.
Direct mentorship and scholarly input: Because the honours program involves close work with academic staff, you get detailed feedback, mentoring, and immersion in real scientific thinking — far beyond what a classroom alone can offer.
Clear pathway to advanced study or industry roles: The structure and content of the honours year prepares you to pursue graduate‑level research (e.g. PhD) or to step confidently into roles in pharmaceutical/ medical‑technology industries, medical marketing, science communication, quality assurance or public‑sector research.

In short: this honours program isn’t about ticking boxes — it’s about giving you authentic, career‑ready experience in biomedical research.

Progression & Future Opportunities

Graduates of the one-year Bachelor of Biomedical Science (Honours) at Australian Catholic University leave with advanced research skills and specialised scientific knowledge, making them highly competitive for roles in biomedical research, healthcare, and biotechnology. Typical career paths include research scientist, laboratory manager, biomedical consultant, or clinical trials coordinator, giving students opportunities to contribute meaningfully to science and health innovation:

Career and employability support: Students can access ACU’s Career Development and Employability Services, which offer personalised mentoring, research-focused workshops, networking events, and guidance on moving into professional or research roles.
Employment outcomes and salary potential: Honours graduates are in demand in research and laboratory roles, often securing positions with starting salaries of AU$70,000–85,000, and have strong pathways into academia or industry.
University–industry connections: Students can gain hands-on experience and professional exposure through partnerships with healthcare organisations, biotechnology companies, and ACU research centres.
Accreditation and professional recognition: The program meets professional standards for biomedical science research, giving graduates qualifications that are recognised nationally for laboratory, research, and scientific roles.
Graduation outcomes: Graduates are ready for research-focused careers or further study, and are equipped to make meaningful contributions in laboratories, universities, and industry projects.

Further Academic Progression:
After completing this Honours year, students can continue into research degrees such as a Master by Research or PhD in biomedical science or related fields. They may also pursue postgraduate specialisations in molecular biology, immunology, genetics, or clinical research, opening doors to leadership and advanced research roles in labs, universities, and industry.