Bachelor of Advanced Science (Pharmaceutical Sciences)

3 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The Bachelor of Advanced Science (Pharmaceutical Sciences) at the University of Technology Sydney is a three-year degree designed for high-achieving students who are curious about how medicines are discovered, developed and used to improve human health. It’s a great fit if you enjoy chemistry and biology and want to explore the science behind pharmaceuticals while preparing for careers in the pharmaceutical industry or further study in pharmacy.

Curriculum Structure

Year 1
In your first year, you’ll build a strong scientific foundation and develop the core skills every scientist needs. You’ll study subjects such as Chemistry 1, Cell Biology and Genetics, and Human Anatomy and Physiology, which introduce you to how the human body works at both the cellular and system levels. Alongside these, the Scientist’s Tool Kit subjects help you develop research, analytical and laboratory skills that will support your studies throughout the degree.

Year 2
The second year begins to focus more closely on pharmaceutical science and how medicines interact with biological systems. Units like Metabolic Biochemistry, Fundamentals of Pharmacology, and Organic Chemistry help you understand how drugs are designed, how they affect the body, and how chemical structures influence their activity. You’ll also study Immunology and take a Transdisciplinary Elective, where you work with students from other fields to tackle real-world scientific and health challenges.

Year 3
In your final year, you’ll explore advanced topics that connect drug development with human health and society. Subjects such as Medicinal Chemistry, Indigenous Health and Wellbeing, and advanced studies in Human Health deepen your understanding of drug discovery, patient health contexts and responsible healthcare practice. By the end of the program, you’ll have developed strong analytical and scientific thinking skills that prepare you for roles in pharmaceutical science or further professional study.

Focus Areas

Medicinal chemistry, pharmacology, drug discovery, metabolic biochemistry, immunology, human physiology, pharmaceutical product development.

Learning Outcomes

Understand how medicines are discovered and designed, analyse how drugs interact with biological systems, apply laboratory and research techniques, interpret biochemical and pharmacological data, and collaborate across scientific disciplines to solve health-related challenges.

Professional Alignment (Accreditation)

This program provides the scientific background needed to progress into postgraduate pharmacy training, such as a Master of Pharmacy, and prepares graduates for professional roles in pharmaceutical and biotechnology sectors.

Reputation (Employability Rankings)

University of Technology Sydney is widely recognised for its strong industry connections and practical approach to science education. Its science programs have received five-star ratings for skills development and teaching quality in the Good Universities Guide, reflecting the university’s focus on preparing graduates with real-world scientific and professional skills.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Technology Sydney, the Bachelor of Advanced Science (Pharmaceutical Sciences) is designed so that you learn science by actually practicing it. Throughout the degree, you’ll spend a significant amount of time in laboratories, applying the theories you learn in class to real experiments and scientific investigations. You’ll work with modern equipment, collaborate with classmates on research-style projects, and learn how pharmaceutical scientists study medicines, chemical compounds, and biological systems. Many of your practical sessions take place in advanced science facilities that bring together students from different scientific fields, creating a collaborative environment similar to real research labs:

UTS Super Lab – A large, purpose-built teaching laboratory where students conduct experiments in biology, chemistry and pharmaceutical science while working alongside other science students in a collaborative learning space.
Specialised pharmaceutical and science laboratories – You’ll carry out hands-on experiments related to pharmacology, medicinal chemistry, immunology and biochemistry using professional laboratory instruments and analytical techniques.
Vicki Sara Building science precinct – Many classes and laboratory sessions are held in this dedicated science and research building, which houses modern teaching labs, collaborative study spaces and advanced research facilities.
Transdisciplinary Elective projects – During the program, you’ll work in teams with students from other disciplines to solve real-world challenges, helping you develop problem-solving, communication and teamwork skills.
Research-focused projects in the final year – In your final year, you’ll apply what you’ve learned to a project that explores real scientific questions and develops your research and analytical skills.
UTS Library and digital research resources – Students have access to extensive scientific journals, research databases and collaborative study spaces that support laboratory work and research projects.

These practical experiences ensure that by the time you graduate, you’ll not only understand the science behind medicines but also have the laboratory and research skills needed to work in pharmaceutical science or continue into postgraduate pharmacy study.

Progression & Future Opportunities

Graduating from the Bachelor of Advanced Science (Pharmaceutical Sciences) at the University of Technology Sydney opens the door to a wide range of opportunities in the pharmaceutical and biomedical sectors. Many graduates move into roles such as pharmaceutical research assistant, drug development scientist, clinical trials coordinator, or biomedical laboratory scientist, working in research labs, biotechnology companies, and healthcare organisations. The degree equips you with both scientific knowledge and practical lab experience, helping you transition smoothly from university into professional roles:

Career support at UTS – UTS offers dedicated career services that help students prepare for the job market through resume workshops, interview preparation sessions, networking events and employer presentations. Students can also use CareerHub, the university’s online job portal, to find internships, part-time roles and graduate opportunities with industry partners.
Strong employment prospects – Demand for graduates with pharmaceutical and biomedical science skills continues to grow across industries such as biotechnology, pharmaceuticals and clinical research. Many science graduates secure employment soon after finishing their degree, particularly in research and laboratory-based roles.
Industry connections and partnerships – UTS collaborates with organisations such as the CSIRO and the Garvan Institute of Medical Research, giving students exposure to leading research environments and potential career pathways in medical and pharmaceutical science.
Industry-relevant training – The program emphasises laboratory techniques, research skills and pharmaceutical knowledge that employers value in areas like drug discovery, clinical trials and biotechnology development.
Global reputation for employability – University of Technology Sydney is recognised internationally as one of the world’s leading young universities, with a strong reputation for innovation, industry engagement and producing career-ready graduates.

Further Academic Progression:
Many graduates choose to continue their studies to specialise further in the pharmaceutical field. A popular pathway is progressing into a Master of Pharmacy, which provides the professional training needed to become a registered pharmacist. Others pursue postgraduate research degrees such as a Master of Philosophy or PhD, focusing on areas like pharmaceutical science, medicinal chemistry or biomedical research, especially if they are interested in careers in advanced research or academia.