Australian National University (ANU)
3 years full-time
Unravel the mysteries of DNA and explore how genes shape life through classical, molecular, and population genetics. This three-year degree combines theoretical knowledge with hands-on research experience in world-class laboratories, preparing you for careers in medical research, biotechnology, and conservation science.
Domestic applicants must achieve an ATAR of 85 or IB score of 32. Chemistry is a prerequisite subject (or equivalent). Students must demonstrate English language proficiency. A Chemistry bridging course is available in February for those who don't meet the chemistry requirement. International applicants are assessed on equivalent qualifications and must meet English language requirements.
The program requires 144 units across three years, including compulsory courses in Foundations of Life, Diversity of Life, Genetics, Genes: Replication and Expression, Genomics and its Applications, Genetics of Human Disease, and Chemistry. Students complete quantitative skills courses in biology, bioethics and society courses, and select from electives including Human Evolution, Developmental Biology, Bioinformatics, Conservation Biology, Data Science for Biologists, and Programming for Scientists. Research projects in genetics are available, and students can pursue interests in plant genetics, evolutionary genetics, or medical genetics.
ANU ranks among the world's finest universities with nearly 100,000 alumni in leadership positions globally. The program provides exposure to groundbreaking research at the Research School of Biology and the John Curtin School of Medical Research, Australia's national medical research institute. Students benefit from active research laboratories and world-class faculty supervision.
Graduates can pursue careers in medical and agricultural research institutes, hospitals, government departments, universities, patent firms, genetic counselling services, forensics laboratories, and biotechnology companies. As knowledge of the human genome expands, demand for genetics specialists continues to grow. The degree prepares students for roles in research, clinical genetics, conservation biology, and biotech innovation.
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