Bachelor of Biomedical Science

3 Years On Campus Bachelors Program

University of New England Armidale

Program Overview

The Bachelor of Biomedical Science at the University of New England (UNE) is a dynamic, hands-on degree designed for students curious about how the human body works — from molecules to whole systems. It’s perfect if you’re passionate about health, medicine, research or biotechnology, and eager to build strong lab skills alongside deep biological understanding.

Curriculum Structure

Year 1
In your first year, you dive into foundational science: you’ll study core subjects such as Introduction to Biology: Cells and Life, Chemistry I, and Chemistry II. These units build your understanding of cells, chemistry, and the basic building blocks of life. You also begin learning math and analytical skills that underpin biomedical reasoning, giving you a solid base before you explore more complex biology.

Year 2
In the second year, you start working with intermediate science units like Introductory Molecular Biology and Biochemistry I (BCHM210) and Introductory Biochemistry II (BCHM220). Alongside this you might take Introductory Microbiology (MICR220) or units in physiology — bringing you closer to understanding how molecules, cells and microbes all interact in living systems. This is where theory begins to meet hands-on work, and you start to get a sense of real biomedical processes.

Year 3
In your final year you get to specialise and integrate your knowledge. You might take Clinical Biochemistry and Cell Biology (BCHM341) or Capstone Biophysiological Techniques (LSK310), and choose optional advanced units depending on your interest — maybe focusing on physiology, microbiology, or cell biology. This stage gives you a chance to synthesise what you’ve learned: applying molecular and biomedical science to real-world problems, and preparing for labs, research, or further study.

Focus Areas
Biochemistry, Molecular Biology, Physiology, Microbiology, Biomedical Research

Learning Outcomes
Graduates understand human biology at molecular, cellular and system levels; can apply lab and analytical skills to diagnose or research disease; and are prepared for careers or further study in healthcare, diagnostics, research, or biotechnology.

Professional Alignment (Accreditation)
UNE’s Biomedical Science program emphasises practical lab-based learning, with state-of-the-art facilities — ensuring that what you learn can be directly applied in clinical, research or industry settings. This makes the degree a credible foundation for further professional study or employment in health, diagnostics, or biomedical research.

Reputation (Employability Rankings)
UNE’s biomedical and biological sciences offerings are well regarded internationally: the program is recognised globally (for instance within top ranks in university rankings) for preparing students for evolving biomedical fields. That means as a graduate you step out with a qualification respected by employers and academic institutions worldwide — increasing your chances for research roles, lab work or postgraduate study.

Experiential Learning (Research, Projects, Internships etc.)

Students in the University of New England (UNE) Bachelor of Biomedical Science gain strong practical and analytical skills through hands-on laboratory training, research-informed learning, and applied biomedical investigation across human health and disease sciences. The program is designed to ensure students not only understand biological systems but also apply scientific methods using real laboratory techniques, diagnostic approaches, and data analysis used in biomedical and health research settings.

At UNE, students benefit from a strong regional university research environment supported by modern science laboratories, flexible learning systems, and close academic supervision. Practical learning is integrated into coursework through experiments, collaborative projects, and exposure to biomedical research practices that reflect real-world healthcare and laboratory science work:

Biomedical Science Teaching Laboratories: Students complete practical classes in microbiology, anatomy, physiology, biochemistry, and molecular biology using specialist laboratory equipment.
Hands-on Experimental Training: Laboratory work includes microscopy, microbial culture, biochemical testing, and physiological measurement techniques used in biomedical science.
Research-Informed Learning Environment: Students engage with current biomedical research themes and apply scientific methods to investigate human health and disease.
UNE Science Laboratories and Facilities: Access to purpose-built laboratory spaces designed for biological and biomedical science training and experimentation.
Collaborative Group Projects: Students participate in team-based laboratory investigations, scientific presentations, and problem-solving tasks.
Digital Scientific Tools and Platforms: Use of biomedical databases, statistical software, online research tools, and scientific literature platforms for analysis and reporting.
Work-Integrated Learning Opportunities: Practical learning experiences that connect academic study with real-world scientific and health-related applications.
Research Project Experience: Students may undertake independent or supervised research projects in biomedical science areas such as microbiology, physiology, or molecular biology.
Field and Applied Learning Opportunities: Selected learning activities may include exposure to environmental and health science contexts relevant to biomedical applications.
Library and Academic Resources: Access to biomedical journals, scientific databases, anatomy resources, and academic support services through UNE Library.
Flexible Learning Support Systems: UNE’s blended learning model supports both on-campus laboratory work and structured academic study.
Industry-Relevant Skill Development: The program builds laboratory competence, scientific communication, critical thinking, and data interpretation skills essential for biomedical careers.

Progression & Future Opportunities

Graduates of the University of New England Bachelor of Biomedical Science are well prepared for careers in biomedical research, healthcare laboratories, pharmaceutical industries, and public health science. The program builds strong scientific, analytical, and laboratory skills, enabling graduates to work in roles such as Biomedical Scientist, Laboratory Technician, Research Assistant, Clinical Laboratory Officer, or Health Science Analyst across medical and research sectors:

UNE Careers and Employability Services: Students receive personalised career support including resume development, interview preparation, job search assistance, and access to employer networking opportunities and career workshops.
Strong Biomedical Science Career Pathways: Graduates are prepared for employment in hospitals, pathology laboratories, research institutes, biotechnology companies, and government health agencies.
Research-Active Learning Environment: UNE’s focus on research-led teaching provides students with exposure to current biomedical science developments and laboratory-based scientific investigation.
Industry-Relevant Scientific Training: The program develops practical laboratory skills in microbiology, biochemistry, physiology, and molecular biology aligned with healthcare and diagnostic industry needs.
Graduate Employability Focus: Biomedical science graduates are highly valued for their laboratory competence, analytical ability, and understanding of disease mechanisms.
Indicative Salary Range (Australia): Entry-level biomedical science and laboratory roles typically fall within the mid-range science/health salary bracket, with higher earning potential as experience and specialisation increase.
Research and Health Sector Connections: UNE maintains links with health and biomedical research sectors, supporting applied learning and scientific career development.
Workplace-Relevant Skill Development: Students graduate with strong capabilities in laboratory analysis, scientific communication, critical thinking, and data interpretation.
Graduation Outcomes: Graduates leave with a strong foundation in biomedical science, prepared for immediate employment in laboratory settings or further academic study.

Further Academic Progression:
After completing the Bachelor of Biomedical Science, students may pursue Honours in Biomedical Science or postgraduate study such as Master of Biomedical Science, Master of Public Health, Master of Medical Research, or specialised research degrees (PhD). Graduates can also pathway into health-related professional programs such as medicine, pharmacy, or allied health disciplines depending on entry requirements.