Bachelor of Medicinal Chemistry (Honours) / Law

6 Years On Campus Bachelors Program

University of New South Wales

Program Overview

f you’re interested in both science and law — and don’t want to choose between them — this double degree is genuinely exciting. The Bachelor of Medicinal Chemistry (Honours) / Law combines advanced drug discovery and pharmaceutical science with a professionally accredited law qualification, preparing you to work where science, regulation, ethics, and innovation meet. It’s ideal for students who are analytical, curious, and motivated to shape industries like pharmaceuticals, biotechnology, health policy, or intellectual property law.

Curriculum Structure

Year 1 – Building Strong Foundations

Your first year sets the groundwork in both disciplines. In science, you’ll study core subjects like Higher Chemistry 1A, Molecules, Cells and Genes, and foundational mathematics to understand how biological systems and chemical principles underpin drug design. Alongside this, law begins with Introducing Law and Justice and Principles of Private Law, where you’ll learn how legal systems function and start developing critical thinking, case analysis, and legal writing skills.

Years 2–3 – Deepening Scientific and Legal Thinking

As you move forward, your medicinal chemistry studies become more specialised, with subjects such as Organic Chemistry, Drug Discovery, and biomolecular sciences that explore how medicines are designed, synthesised, and tested. At the same time, you’ll complete core law units including Criminal Law and Torts, sharpening your ability to interpret legislation, construct arguments, and apply legal reasoning to complex real-world scenarios. By this stage, you’ll start seeing how scientific innovation and legal regulation intersect.

Years 4–6 – Advanced Knowledge and Professional Development

In the later years, medicinal chemistry focuses on advanced topics in pharmacology, molecular design, and laboratory research skills that prepare you for honours-level work. Your law studies expand into constitutional law, contracts, and elective areas where you can tailor your interests — whether that’s corporate law, intellectual property, or public policy. You’ll gain both technical scientific expertise and the professional legal capability required for admission to practice.

Final Honours Year – Independent Research Excellence

Your final year centres on a substantial research project in medicinal chemistry. You’ll work closely with academic supervisors on real research in areas such as drug development or chemical biology, demonstrating your ability to think independently, solve problems, and contribute to scientific advancement — all while completing your remaining law requirements.

Focus Areas

Drug discovery and design, organic and medicinal chemistry, molecular biology, legal reasoning and advocacy, criminal and private law, regulatory and pharmaceutical law, research methodology.

Learning Outcomes

Advanced laboratory and analytical skills, strong legal research and advocacy ability, deep understanding of drug development processes, professional communication skills, interdisciplinary problem-solving capability, readiness for both scientific and legal careers.

Professional Alignment (Accreditation)

The Law component satisfies the academic requirements for admission to legal practice in Australia, while the Medicinal Chemistry (Honours) degree prepares you for careers in pharmaceutical research, biotechnology, regulatory affairs, patent law, or further postgraduate study.

Reputation (Employability & Rankings)

UNSW Law & Justice is ranked among the top law schools globally in the QS World University Rankings by Subject, and UNSW is widely recognised for research excellence and strong graduate employability outcomes — giving this degree both credibility and real-world value.

Experiential Learning (Research, Projects, Internships etc.)

One of the biggest advantages of studying this double degree at UNSW is that you won’t just learn theory — you’ll actually practise what you study. In Medicinal Chemistry, you’ll spend significant time in professional laboratory environments, working with advanced analytical instruments and chemical technologies used in real drug discovery research. On the Law side, you’ll step into practical legal settings where you apply your knowledge to real cases, develop client communication skills, and experience what legal practice truly looks like. By the time you graduate, you won’t just understand science and law — you’ll have applied both in real-world contexts.

What makes this experience especially strong at UNSW is the access to specialised facilities and structured practical opportunities:

Mark Wainwright Analytical Centre: Access high-end scientific instrumentation including spectroscopy, chromatography, and mass spectrometry tools used in molecular analysis and pharmaceutical research.
School of Chemistry Laboratories (Chemical Sciences Building): Purpose-built teaching and research labs where you conduct hands-on experiments in organic chemistry, medicinal chemistry and drug design.
Honours Research Project (Medicinal Chemistry): Complete a substantial supervised research project, working closely with academic researchers and contributing to active drug discovery investigations.
Kingsford Legal Centre (UNSW Law Clinic): Gain real client experience through clinical legal education — interviewing clients, preparing legal documents and working under the supervision of qualified solicitors.
Moot Courts and Advocacy Training: Develop courtroom skills through mooting competitions and practical advocacy exercises embedded within the Law program.
Work Integrated Learning (WIL): Opportunities for internships and professional placements that connect you with law firms, regulatory bodies, research institutes or industry partners.
UNSW Law Library & UNSW Science Facilities: Access specialised legal databases, scientific journals, research collections and digital research tools that support both your laboratory and legal studies.

Progression & Future Opportunities

By the time you graduate from this double degree, you won’t just have two qualifications — you’ll have a rare combination of scientific depth and legal expertise. That opens doors to career paths such as patent attorney trainee, intellectual property lawyer, regulatory affairs specialist, pharmaceutical research scientist, or even policy advisor within health and biotech sectors. It’s a powerful position to be in, especially in industries where science and law constantly intersect.

What really strengthens your future prospects at UNSW is the structured support and strong industry reputation behind the degree:

UNSW Law & Justice Careers Service: A dedicated careers team for law students offering tailored career advice, employer networking events, clerkship guidance and access to a specialised job board.
Kingsford Legal Centre & Clinical Programs: Real client experience that strengthens your CV before graduation — something employers in law firms and government value highly.
Work Integrated Learning & Internships: Opportunities across science and law to gain hands-on industry exposure in research institutes, biotech companies and legal environments.
Global reputation: UNSW Law is ranked #1 in Australia and among the top globally (QS World University Rankings by Subject), which adds serious weight to your qualification in the job market.
Strong graduate outcomes: UNSW graduates consistently report high employment rates, and science and law graduates are well represented across leading firms, pharmaceutical companies and government bodies.
Professional pathway to legal practice: The Law component satisfies the academic requirements for admission to legal practice in NSW (subject to completing Practical Legal Training), giving you long-term professional credibility.
Honours research advantage: Completing an Honours year in Medicinal Chemistry gives you a research credential that is highly regarded in pharmaceutical and biotech industries.

Further Academic Progression:

If you decide to continue studying, this degree gives you excellent flexibility. On the science side, you could move into a Master’s or PhD in Medicinal Chemistry, Pharmacology, Pharmaceutical Sciences or related biomedical research fields. On the law side, after completing Practical Legal Training, you can qualify as a practising lawyer, or pursue postgraduate specialisations such as Intellectual Property Law, Health Law, or Regulatory Law — areas where your science background gives you a major competitive edge.