University of Technology Sydney

What you'll study

This research master's centres on an independent research project (major thesis) supported by coursework and research training units. Core components typically include advanced topics in pharmacology, medicinal chemistry, pharmaceutics and drug delivery, pharmacokinetics and drug metabolism, and experimental design and biostatistics. Students undertake a substantial laboratory- or data-based research project under the supervision of School of Life Sciences or allied faculty staff.

• Research thesis: A sustained research program producing an original thesis, often involving laboratory experiments, preclinical models, analytical method development or in silico studies.
• Research methods and ethics: Training in experimental design, statistics, data analysis, scientific integrity and research ethics and governance.
• Specialist coursework: Advanced modules that may cover medicinal chemistry, molecular pharmacology, formulation science, drug delivery systems, toxicology and regulatory science.
• Professional development: Workshops on scientific communication, grant writing, intellectual property, and industry engagement; opportunities for collaborative projects with industry or research institutes.

Supervision and project topics reflect the expertise available at UTS, including drug discovery, formulation and delivery technologies, pharmacological characterisation and translational research. Students are usually expected to present their work at internal seminars and may contribute to publications.

Entry requirements

Applicants are expected to hold an appropriate undergraduate degree in pharmacy, pharmaceutical science, chemistry, biomedical science or a closely related discipline. Applicants with a Bachelor honours degree or equivalent research experience are particularly suitable for a research master's; those with a three-year bachelor may be considered if they demonstrate relevant research experience or a strong academic record.

Selection typically considers academic transcripts, a CV, a statement of research intent or proposed project, and the availability of a suitably qualified supervisor. International applicants must meet the university's English language requirements and provide evidence of proficiency. Other requirements may include referees who can comment on research potential.

Career prospects

Graduates are prepared for research and technical roles in pharmaceutical and biotechnology companies, contract research organisations, clinical research units, regulatory agencies and public health organisations. Typical roles include research scientist in drug discovery or formulation, analytical chemist, pharmacokinetic scientist, clinical research associate, regulatory affairs officer and quality assurance specialist. The degree also provides a pathway to doctoral study and academic research careers.

Why study at University of Technology Sydney

UTS offers strong industry connections and research infrastructure in the health and life sciences, providing access to modern laboratories, analytical facilities and interdisciplinary collaboration across engineering, business and health disciplines. The university emphasises translational research and industry engagement, enabling students to work on projects with practical impact and potential industrial partners. Located in the heart of Sydney, UTS provides networking opportunities with local biotech and pharmaceutical companies as well as access to clinical and research institutes.