A Bachelor of Food Science and Technology is an undergraduate degree that sits at the intersection of natural sciences, engineering principles, and applied food production. The course equips students with the scientific knowledge and technical skills to understand, develop, and improve the foods that people eat every day. Drawing from disciplines such as chemistry, biochemistry, biotechnology, and microbiology, students explore how food is produced, processed, preserved, packaged, and distributed — all while ensuring safety, quality, and nutritional integrity. Core areas of study include food processing techniques, preservation methods, sensory analysis, food safety regulations, product development, and sustainability in food systems. Students learn to apply scientific inquiry to real-world food challenges, from formulating new products to ensuring compliance with Australian and international food standards set by bodies such as Food Standards Australia New Zealand (FSANZ).

The degree is designed for students who are passionate about science and its practical applications in the food and agribusiness sectors. It suits those who want to make a tangible impact — whether by creating healthier food products, reducing food waste, improving supply chain safety, or innovating with plant-based and functional foods. The course typically runs for three years full-time, with some institutions offering four-year honours variants that include a dedicated research project. Graduates are sought after by a wide range of employers including major FMCG (fast-moving consumer goods) companies, food manufacturers and processors, government regulatory agencies, public health organisations, research institutions, supermarket chains, and agricultural businesses. Australia's food and beverage manufacturing sector — which represents around 20% of domestic manufacturing sales and service income — is one of the largest employers of food science graduates in the country.

For domestic students, entry into a Bachelor of Food Science and Technology typically requires completion of an Australian Year 12 senior secondary certificate (e.g., VCE, HSC, ATAR, WACE, SACE, QCE) or equivalent. Most programs are available to students with an ATAR ranging from the mid-60s to the mid-80s, depending on the institution and competitiveness of the intake. Prerequisite subjects commonly include Chemistry and Mathematics (or equivalent), with Biology and Physics also regarded as useful or assumed knowledge. Students without direct ATAR eligibility may access the degree through alternative pathways including completion of a Certificate IV or Diploma at a Registered Training Organisation (RTO), completion of foundational or enabling programs offered by universities, or prior tertiary study assessed on a GPA basis. Mature-age applicants and those with relevant industry experience may also be considered through special entry schemes.

For international students, academic entry requirements vary by institution but generally include completion of secondary education equivalent to Australian Year 12, along with strong results in relevant science subjects. English language proficiency is required, with most universities accepting an IELTS overall score of 6.5 (with minimum sub-scores typically around 6.0 in each band) or equivalent TOEFL, PTE, or Cambridge scores. Some institutions also accept completion of an English language pathway program as an alternative. Applicants should consult each institution directly for current minimum ATARs, adjustment factor schemes, and any portfolio or interview requirements that may apply to specific program variants.