Australian National University (ANU)
3 years full-time
Explore the fundamentals of medical science through genetics, immunology, biochemistry and anatomy in this three-year undergraduate degree. Ideal for students seeking a foundation for further study in medicine, pharmacology, physiotherapy or related health professions.
Applicants must achieve a minimum ATAR of 85 or International Baccalaureate score of 33. Chemistry is a prerequisite subject across all Australian states. English language proficiency is required. A Chemistry bridging course is available in February for students who do not meet the chemistry requirement. Domestic applicants are assessed on secondary education results or higher education study, while international applicants must provide equivalent qualifications.
The program comprises 144 units across three years, including compulsory courses in Foundations of Life, Diversity of Life, General Microbiology, Genes: Replication and Expression, Biochemistry and Nutrition, Medical Science in the Workplace, Chemistry 1 and Chemistry 2. Students complete Anatomy and Physiology courses, quantitative research skills courses, and core biomedical courses including Advances in Medical and Plant Biochemistry, Hallmarks of Cancer, Infection and Immunity, Biomedical Parasitology, Advanced and Applied Immunology, Genomics and its Applications, Biomedical Imaging, Cellular Neuroscience, Systems Neuroscience, and Introduction to Population Health. The program includes research project opportunities and elective courses allowing specialization in areas of interest.
ANU ranks among the world's finest universities with nearly 100,000 alumni in political, business, government and academic leadership positions globally. The program follows in the footsteps of Nobel Prize winner Howard Florey and offers direct learning from biomedical scientists and health professionals engaged in cutting-edge research. ANU's College of Science and Medicine provides comprehensive support through internship opportunities, vertical double degree pathways, and flexible study options.
Graduates can pursue careers in medical research, pharmaceutical development, healthcare, clinical diagnostics, public health, and biomedical science. The degree provides a foundation for further study in medicine, pharmacology, physiotherapy, nutrition, dietetics, forensic science and related health professions. Career opportunities span research institutions, hospitals, pharmaceutical companies, government health agencies and academic positions.
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