Australian National University (ANU)
1 year full-time
An intensive one-year honours degree in Genetics at ANU where students combine advanced coursework with independent research in genetics, preparing them for professional careers or doctoral studies in this rapidly evolving field.
Applicants must hold an AQF Level 7 Bachelor of Genetics Degree or equivalent completed within the last two years, with a minimum weighted average mark equivalent to ANU 70 per cent from 36 units of discipline-cognate courses (excluding introductory 1000-level courses). Admission is competitive and subject to supervisory capacity and approval from the relevant Delegated Authority within the College of Science. All applicants must meet English language requirements and program-specific academic requirements.
The Bachelor of Genetics (Honours) requires completion of 48 units through one of thirteen honours specialisations: Astronomy and Astrophysics, Biological Anthropology, Biology, Chemistry, Computer Science, Earth and Marine Science, Environment, Mathematics, Medical Research, Physics, Physics of the Earth, Population Health, Science Communication, or Statistics. The honours research project must be conducted in the field of Genetics and requires approval from the relevant Delegated Authority. Students may pursue elective study to complete additional majors, minors, or specialisations after meeting core program requirements.
ANU ranks among the world's finest universities with nearly 100,000 alumni in leadership positions across politics, business, government, and academia globally. The university demonstrates research-led excellence in genetics education, with honours specialisations that mirror ANU's teaching and research strengths. The program provides rigorous preparation for professional careers or higher degree research through advanced knowledge development and independent research project implementation.
Graduates of the Bachelor of Genetics (Honours) are prepared for diverse career pathways in research, academia, healthcare, biotechnology, and pharmaceutical industries. The degree provides a foundation for doctoral studies and research positions in genetics, molecular biology, bioinformatics, and related fields. Alumni leverage their advanced research skills and genetics expertise in roles such as research scientist, genetic counsellor, bioinformatician, academic researcher, or laboratory director.
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