Bachelor of Medicinal Chemistry (Honours)

4 Years On Campus Bachelors Program

University of New South Wales

Program Overview

If you’re interested in how new medicines are discovered and how chemistry can directly improve human health, this degree is a fantastic choice. The Bachelor of Medicinal Chemistry (Honours) at UNSW blends chemistry, biology and pharmacology to teach you how drugs are designed, tested and developed — preparing you for careers in pharmaceuticals, biotechnology, research or further postgraduate study.

Curriculum Structure

Year 1 – Strong Scientific Foundations
Your first year builds the core knowledge you’ll rely on throughout the degree. In Higher Chemistry 1A (Medicinal) and Higher Chemistry 1B (Medicinal), you’ll develop a deep understanding of atomic structure, bonding, reactions and chemical principles, while Introductory Medicinal Chemistry connects these ideas to real-world drug development. You’ll also study Molecules, Cells and Genes, giving you the biological foundation needed to understand how medicines interact with the human body.

Year 2 – Understanding Molecules in Living Systems
In second year, the science becomes more applied and detailed. Through Organic Chemistry: Mechanisms and Biomolecules and Physical Chemistry: Molecules, Energy and Change, you’ll explore how molecules behave and react, while Principles of Biochemistry (Advanced) and Principles of Molecular Biology (Advanced) help you understand biological pathways at a molecular level. Lab work becomes more sophisticated, strengthening your analytical and experimental skills.

Year 3 – Drug Design and Development
By third year, you’re working directly with the science of medicines. In Medicinal Organic Chemistry and Drug Discovery, Design and Development, you’ll learn how therapeutic compounds are created and optimised, while Molecular Pharmacology shows you how drugs interact with biological targets. You’ll also engage with advanced analytical techniques that are essential in pharmaceutical and research environments.

Year 4 – Honours Research Experience
Your final year is centred on an independent honours research project. Working closely with academic researchers, you’ll investigate a real medicinal chemistry problem, apply advanced laboratory techniques and develop strong research and scientific communication skills. This year gives you valuable experience that sets you apart — especially if you’re considering a PhD or research-focused career.

Focus Areas: Drug discovery and design, medicinal organic chemistry, biochemistry, molecular biology, pharmacology, advanced analytical methods

Learning Outcomes: Ability to design and evaluate medicinal compounds, strong laboratory and research skills, deep understanding of molecular drug action, critical thinking, and scientific communication

Professional Alignment (Accreditation): The program is accredited by the Royal Australian Chemical Institute (RACI), ensuring it meets recognised professional standards in chemistry.

Reputation (Employability Rankings): University of New South Wales is a member of the Group of Eight and is consistently ranked among the world’s leading universities for science in the QS World University Rankings, reflecting its strong research output and graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

One of the most exciting parts of studying the Bachelor of Medicinal Chemistry (Honours) at the University of New South Wales is how practical and research-focused the experience is. From your early years, you’ll be working in modern chemistry laboratories developing real experimental skills — synthesising compounds, analysing data and understanding how potential drug molecules behave. As you progress, you’ll move into more advanced research environments, gaining experience with the same high-level instruments used in pharmaceutical and biomedical research.

You’ll also benefit from access to specialised facilities such as the Mark Wainwright Analytical Centre, one of Australia’s most advanced analytical hubs, where techniques like NMR spectroscopy, mass spectrometry and electron microscopy are used to characterise complex molecules. By your honours year, you won’t just be following lab manuals — you’ll be conducting independent research that contributes to real medicinal chemistry investigations:

Extensive laboratory training across all four years, including synthetic organic chemistry, analytical chemistry and medicinal compound evaluation.
A full-year Honours research project, supervised by experienced academics within the School of Chemistry, focusing on real drug discovery or medicinal chemistry challenges.
Access to advanced analytical instrumentation at the Mark Wainwright Analytical Centre, including NMR, LC-MS, GC-MS and microscopy facilities.
Interdisciplinary lab experiences connected to molecular biology and pharmacology through collaboration with biomedical science teaching and research units.
Small-group laboratory projects and collaborative experimental work that strengthen teamwork and scientific communication skills.
Exposure to active research groups within the School of Chemistry, giving insight into current pharmaceutical and biomedical research directions.
Full access to UNSW’s science precinct, research institutes and comprehensive university library resources to support both practical and theoretical learning.

This hands-on, research-driven environment means you graduate with far more than textbook knowledge — you leave with genuine laboratory expertise and research confidence.

Progression & Future Opportunities

Graduates of the Bachelor of Medicinal Chemistry (Honours) from University of New South Wales are well-placed to step into rewarding science careers where they can make an impact on health, pharmaceuticals and research. Many find roles that bridge chemistry with biological sciences, opening doors to work in industry labs, government research, biotech and healthcare innovation:

UNSW Careers & Employment services provides dedicated support for science students — from personalised career consultations and CV workshops to job-search platforms and employer networking events tailored to chemistry and biomedical fields.
Strong employment outcomes, with UNSW science graduates reporting high employment rates and competitive starting salaries; chemistry and related science graduates often enter roles with salaries that reflect demand for analytical and research skills (official figures available through UNSW’s graduate outcomes reporting).
Industry engagement and partnerships, where UNSW’s science faculties collaborate with pharmaceutical companies, medical research institutes and biotechnology organisations, offering internship opportunities, guest seminars and pathways into professional labs.
Accreditation benefits, including recognition by the Royal Australian Chemical Institute (RACI), which enhances your credentials and mobility across chemistry and related scientific professions in Australia and internationally.
Graduate outcomes data shows UNSW science alumni are sought after across sectors such as medicinal chemistry, analytical chemistry, drug development, biotechnology, regulatory science and quality assurance.

Further Academic Progression:
After finishing this degree, you’ll have a strong platform for continued study. Many students choose to pursue an Honours Master’s or PhD in medicinal chemistry, pharmaceutical sciences, chemical biology or related research fields. You could also consider specialised graduate programs such as a Master of Pharmacy, Master of Biotechnology or other postgraduate coursework and research options, equipping you for leadership roles in science or further clinical and regulatory careers.