Work as a lab technician or analyst with the MSL50122 Diploma of Laboratory Technology. This nationally recognised training course prepares you for advanced laboratory work in a wide range of industries including mining, food manufacturing, pathology, and pharmaceuticals. Over 2 years of classroom-based training you will learn how to use laboratory application software, maintain and calibrate instruments — as well as perform biological procedures, microbiological tests, tissue and cell culture techniques.

The Bachelor of Pharmacy prepares you to become a registered pharmacist in Australia. This course imparts the science of preparing drugs and medicines for treating injuries, illnesses, and deficiencies. It focuses on applying evidence-based knowledge, research, and scientific theory to clinical reasoning, patient treatment, and evaluation. This degree equips students with the necessary skills, knowledge, and qualifications for a professional career in pharmacy, ensuring they are well-prepared for various roles in healthcare and patient management.

The Bachelor of Biomedical Science delves into the intersections of biology and medicine, preparing students to address pressing health and disease challenges. As part of a globally recognised research community, students will gain a deep understanding of human health, exploring the origins of diseases and their impacts on the body. The course encompasses pivotal biomedical fields such as anatomy, biochemistry, immunology, and pharmacology, while also highlighting the role of epidemiology in understanding health and disease dynamics.

The Bachelor of Science (Physics) delves into the study of matter, energy, space, and time, aiming to uncover the underlying principles of our universe. This course equips students with skills to conduct experiments and develop models that offer foundational insights into the physical world. It has practical applications, such as in biomedical imaging, as well as theoretical implications for understanding complex systems like climate. The skills acquired are versatile and can be applied to various fields, from financial modeling to sustainability solutions.

If you’re passionate about the environment and building a sustainable future the Bachelor of Environmental Science opens doorways into professional career paths and community advocacy opportunities. You could become a teacher, park ranger, environmental advisor, researcher, or sustainability officer in either private enterprise or government. The degree covers: environmental biodiversity, earth systems, surveying and spatial sciences, data acquisition and analysis, environmental chemistry, sustainable ecosystems, environmental policy and regulations, ecosystem restoration and monitoring, sustainable development, fieldwork, and much more. Choose majors in Ecology and Conservation, Environmental Quality, Earth Sciences. Enquire now for admissions criteria, the list of available units and study majors, and universities in your area that offer the Bachelor of Environmental Science.

The Bachelor of Science (Biochemistry and Molecular Biology) provides insights into the molecular mechanisms underpinning evolution, growth, development, reproduction, and disease. Students study molecular organization and interactions in living organisms, from bacteria to whales. They explore DNA information, molecular interactions, and energy utilization in organisms. Graduates are equipped with a profound understanding, analytical skills, and hands-on laboratory experience. They are prepared for diverse careers, including research, patent law, clinical trial management, and forensic science.

The Bachelor of Science (Chemistry) offers a robust understanding of diverse fields, including biochemistry, medicinal chemistry, and green chemistry, among others. Often regarded as the central science, chemistry provides insights into the molecular world, examining the properties and applications of molecules and materials. Students will gain insights into complex chemical reactions, their mechanisms, and techniques to influence these reactions, preparing them for various industries like food science, nanotechnology, and pharmacology.