Bachelor of Food Science and Technology(Chemistry)

3 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The University of Technology Sydney Bachelor of Food Science and Technology is a three-year program designed for students who are curious about how food is created, improved, and made safe for consumers. If you enjoy chemistry and want to apply it to real-world challenges like nutrition, food innovation, and sustainability, this degree gives you the scientific knowledge and practical skills to work in the modern food industry.

Curriculum structure

Year 1:
In the first year, you’ll build a strong scientific foundation that supports everything you’ll study later in the program. Subjects such as Chemistry 1, Cell Biology and Genetics, and Scientific Perspectives for Global Issues introduce the key scientific principles behind food and biological systems. You’ll also take Design, Data and Decisions, where you start developing analytical and problem-solving skills that scientists use in research and industry.

Year 2:
By the second year, the focus shifts toward understanding how science directly influences food quality, nutrition, and safety. Units like Chemistry 2, General Microbiology, and Metabolic Biochemistry explore the chemical and biological processes that occur in food and the human body. You’ll also study Foundations of Food Science and Food and Nutrition, where you learn how ingredients interact and how nutritional science supports the development of healthier food products.

Year 3:
In the final year, you’ll apply your knowledge to real food production and technology challenges. Subjects such as Food Processing, Food Safety and Quality, and Chemistry and Physics of Food focus on how foods are manufactured, preserved, and tested to meet safety standards. The program culminates with Food Product Development, where you work on practical projects to design and test new food products—just like professionals in the food industry.

Focus areas (in a string):

Food chemistry, food processing technology, microbiology and biochemistry, nutrition science, food safety and quality assurance, food product innovation, sustainable food systems.

Learning outcomes (in a string):

Strong understanding of food chemistry and microbiology, ability to develop and evaluate new food products, laboratory and analytical skills, knowledge of food safety regulations and quality systems, scientific research and problem-solving skills, professional teamwork and communication abilities.

Professional alignment (accreditation):

The program is designed in line with industry needs in food manufacturing, food safety, biotechnology, and product development, helping graduates move directly into professional roles across the global food sector.

Reputation (employability rankings):

University of Technology Sydney is known for its strong industry partnerships and practical approach to science education, giving students hands-on lab experience and real-world projects that help build strong employability skills after graduation.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Technology Sydney, the Bachelor of Food Science and Technology is designed to make learning highly practical and industry-focused. Instead of only studying theory, you’ll spend a lot of time in modern laboratories where you can experiment with ingredients, analyse food quality, and understand how food products are developed and tested. These hands-on experiences help you build real scientific and technical skills while working with the same types of tools and facilities used in professional food science environments.

Throughout the degree, practical learning is supported by advanced labs, collaborative projects, and research spaces across the university’s science facilities. Students regularly work in teams, carry out laboratory experiments, and develop their own food product concepts as part of their coursework. This combination of practical experimentation and teamwork ensures you graduate with skills that employers in the food and biotechnology industries value:

Science Super Lab and Hive Superlab – large collaborative laboratories where students conduct experiments in chemistry, microbiology, and food science using modern scientific equipment.
Food processing laboratories – practical spaces where students learn how food products are manufactured, preserved, and processed using industry-style techniques.
Food sensory laboratories – specialised rooms designed for sensory evaluation, where students analyse taste, texture, aroma, and consumer responses to different food products.
Food chemistry and analysis labs – facilities where students test food composition, study the chemistry and physics of food, and evaluate quality and safety.
Hands-on laboratory experiments – regular practical sessions in food chemistry, microbiology, and food safety testing.
Group product development projects – students collaborate to design and develop innovative food products, simulating real industry product development processes.
Research and innovation environment – opportunities to engage with science research spaces and facilities supporting food science and biotechnology studies.
UTS Library and digital research resources – access to scientific journals, research databases, and collaborative learning spaces that support project work and independent research.

Progression & Future Opportunities

Graduates of the University of Technology Sydney Bachelor of Food Science and Technology are well prepared to enter the rapidly growing global food industry. With a strong background in food chemistry, microbiology, and product development, students can pursue careers such as Food Scientist, Food Technologist, Quality Assurance Specialist, or Product Development Technologist. These roles allow graduates to work in food manufacturing companies, research laboratories, government agencies, and innovative food startups.

To help students move confidently from university into their careers, UTS offers strong industry connections and professional support throughout the program:

UTS Careers Service – Students can access career coaching, resume and interview workshops, networking events, and job search support through the university’s dedicated career services team.
Strong graduate employment outcomes – According to university graduate outcome data, about 90.8% of UTS graduates are employed full-time within three years of completing their studies.
Growing food industry demand – The global food technology sector continues to expand, creating strong demand for skilled professionals who can develop safe, innovative, and sustainable food products.
Competitive salary potential – Food technologists in Australia earn an average salary of around AUD $80,000 per year, with higher earnings possible as professionals gain experience.
Industry-connected learning – UTS works closely with food industry partners and research organisations, giving students opportunities to work on real-world challenges during their studies.
Wide range of career pathways – Graduates can work in areas such as food manufacturing, product innovation, quality assurance, food safety regulation, nutrition analysis, and packaging development.

Further Academic Progression:
After completing this degree, many students choose to continue their education to specialise further. Graduates can move into postgraduate study such as an Honours degree in Science, or pursue a Master’s degree in Food Science, Biotechnology, Nutrition, or Environmental Science at University of Technology Sydney or other leading universities. These advanced qualifications can lead to research careers, senior industry roles, or even doctoral study for those interested in scientific innovation and academia.