The Master of Bioinformatics equips you with the advanced computational, analytical and biological knowledge required to solve complex real‑world problems – ranging from decoding genomes and modelling protein structures to developing tools that drive personalised medicine, crop innovation, and disease surveillance. As the world becomes increasingly data‑driven, the demand for specialists who can interpret large‑scale biological data has never been greater. Throughout this program, you’ll develop expertise in the latest bioinformatics methodologies, including machine learning, statistical modelling, computational biology, AI-driven analysis, data visualisation and cloud computing. You’ll learn to handle and interrogate large datasets with confidence, translating data into meaningful insights that advance scientific discovery, healthcare and industry innovation. Please note that Commonwealth Supported Places (CSPs) will not be available in 2027. Study your way Bridge Theory and Application The cur
Postgraduate and higher courses usually use academic prerequisites, degree equivalence and English-language requirements.
An Australian bachelor degree (or equivalent) in a cognate discipline with at least a High Credit of 65%.
If your current English result is below direct entry, consider the university-recognised English language pathway or ELICOS package; successful completion at the required level can usually satisfy English entry without another English test.
Current-course cases first, supplemented by same-institution scored cases.
Course structure, credit points and subject sequence
Refer to the institution course handbook.
Official course, fees, admissions, English, curriculum and related sources.
