Bachelor of Medical Science (Medical and Health-related Sciences)

3 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The University of Technology Sydney Bachelor of Medical Science (Medical and Health-related Sciences) is a three-year degree designed for students who want a strong foundation in human health, disease mechanisms, and modern biomedical science. It suits students interested in healthcare, laboratory science, medical research, and health innovation, where scientific understanding is directly applied to real-world medical challenges.

Curriculum Structure

First Year

In the first year, students build essential foundations in human biology, chemistry, and health science concepts to understand how the human body functions in normal and disease states. Core subjects typically include Cell Biology and Genetics, Chemistry for Life Sciences, and Human Anatomy and Physiology, along with introductory laboratory practice that develops essential scientific and analytical skills.

Second Year

The second year focuses on developing deeper knowledge of disease processes and core medical science disciplines used in healthcare and biomedical research. Students study subjects such as Pathophysiology, Microbiology, and Immunology, while also strengthening practical laboratory skills through experimental and data analysis-based learning.

Third Year

In the final year, students engage with advanced medical science topics and applied health-related learning that integrates theory with real-world application. Subjects such as Medical Science Research Methods, Human Disease and Therapeutics, and Advanced Biomedical Applications allow students to analyse complex health problems and complete research or capstone-style projects.

Focus Areas (in a string):

Human biology, disease mechanisms, pathology fundamentals, immunology, microbiology, pharmacology, biomedical science, health systems, laboratory science, medical research, clinical applications

Learning Outcomes (in a string):

Develop advanced understanding of human health and disease, apply laboratory and analytical techniques, interpret biomedical and clinical data, evaluate scientific evidence, communicate health and research findings effectively, apply ethical and professional standards in health science, and solve complex biomedical problems in healthcare and research settings

Professional Alignment (Accreditation):

This program aligns with industry expectations for biomedical and health science roles, supporting pathways into healthcare laboratories, research organisations, pharmaceutical sectors, and allied health industries, with recognition relevant to Australian medical science and biomedical practice standards.

Reputation (Employability Rankings):

The University of Technology Sydney is internationally recognised for strong performance in health, science, and biomedical disciplines, and is consistently ranked among Australia’s leading universities in global rankings such as QS World University Rankings, particularly for graduate employability and industry-focused learning.

Experiential Learning (Research, Projects, Internships etc.)

Students in the University of Technology Sydney Bachelor of Medical Science (Medical and Health-related Sciences) develop practical skills through intensive laboratory-based learning combined with real-world health and biomedical applications. The program is strongly practice-oriented, meaning students regularly work with scientific equipment, analyse biological systems, and apply theoretical knowledge in structured lab environments that reflect real healthcare and research settings. This ensures graduates are confident in both experimental techniques and scientific interpretation used in modern medical science careers:

UTS Science Super Lab: Students engage in large-scale, collaborative laboratory sessions using professional-grade equipment, simulating real research and biomedical investigation environments.
Biomedical Science Teaching Laboratories: Dedicated lab spaces support hands-on training in microbiology, cell biology, and physiology, allowing students to conduct experiments on cells, tissues, and biological systems.
Microscopy and Cellular Analysis Training: Students use advanced microscopy tools to study cellular structures and disease-related changes, developing essential diagnostic observation skills.
Molecular and Laboratory Techniques: Practical work includes DNA analysis, biochemical testing, and experimental procedures used in biomedical research and healthcare diagnostics.
Work Integrated Learning (WIL): Students gain exposure to real professional environments through industry-linked learning experiences, helping them understand how medical science is applied in healthcare and research sectors.
Group-Based Scientific Investigations: Collaborative projects encourage students to design experiments, analyse results, and present findings in formats similar to professional scientific reporting.
Digital Learning and Research Tools: Students use scientific databases, biomedical research platforms, and analytical tools to support evidence-based learning and data interpretation.
UTS Library and Health Science Resources: Access to extensive biomedical journals, research publications, and health science databases supports laboratory work and academic projects.

Progression & Future Opportunities

Graduates of the University of Technology Sydney Bachelor of Medical Science (Medical and Health-related Sciences) are well prepared for careers across healthcare, biomedical science, and medical research sectors. They develop strong analytical and laboratory skills that support roles such as biomedical scientist, clinical research assistant, laboratory technician, and health science officer in hospitals, diagnostic laboratories, and research institutes.

At UTS, students are supported through strong employability systems and industry connections that help transition from study to professional practice:

UTS Careers Service & Employability Support: Provides personalised career advice, resume and interview preparation, job search tools, and access to science and health-focused graduate opportunities.
Work Integrated Learning (WIL): Offers structured industry exposure through placements, projects, and collaborations with healthcare and biomedical organisations.
Health & Biomedical Industry Connections: Strong links with hospitals, diagnostic laboratories, research institutes, and life sciences organisations support practical learning and employment pathways.
Graduate Employability Outcomes (UTS Graduate Data): UTS is consistently recognised for strong graduate employment outcomes, particularly in science, health, and research-related fields.
Professional Relevance in Biomedical Science: The degree is aligned with industry expectations for medical science and biomedical roles, supporting employability across healthcare and research sectors.
Alumni Network & Mentoring: Students gain access to a global alumni community working in healthcare, pharmaceuticals, and biomedical research, offering networking and mentorship opportunities.

Further Academic Progression:

After completing this degree, students can pursue advanced study such as Honours in Medical Science, Master of Biomedical Science, Master of Public Health, Master of Laboratory Medicine, or research pathways including PhD programs in biomedical and health sciences. These pathways allow graduates to specialise further in clinical research, healthcare innovation, or advanced laboratory and diagnostic science roles.