Utah State University

What you'll study

The programme combines advanced coursework with laboratory and pilot-plant experience and a supervised research project or thesis. Core study areas build technical competence in the scientific principles that underpin food production and preservation, and provide applied skills for product development and quality management.

• Food Chemistry — composition, reactions during processing and storage, functional properties of proteins, lipids and carbohydrates, and ingredient interactions.
• Food Microbiology — microbial ecology of foods, spoilage organisms, pathogens, detection methods and strategies for control and intervention.
• Food Processing and Engineering — unit operations, thermal and non-thermal preservation, packaging principles and scale-up from laboratory to pilot plant.
• Food Safety and Quality Assurance — hazard analysis, risk assessment, regulatory frameworks, HACCP, and modern quality-management systems.
• Sensory Science and Product Development — sensory evaluation methods, consumer testing, formulation and optimisation for taste, texture and shelf life.
• Nutritional Aspects of Foods — nutrient stability, fortification, and implications of processing on nutritional quality.
• Research Methods and Statistics — experimental design, analytical techniques, data analysis and scientific communication.

Students typically take a mix of required and elective modules and complete a supervised research thesis or a non-thesis option involving a practicum or project with industry or Extension partners.

Entry requirements

Applicants are normally expected to hold a recognised bachelor's degree in food science, agriculture, chemistry, biology, microbiology or a closely related discipline. Admissions emphasise a strong academic record and relevant preparatory coursework such as biochemistry, microbiology and basic engineering or statistics.

• Transcripts demonstrating completion of undergraduate studies in a related field.
• Statement of purpose outlining research interests, career goals and reasons for choosing the programme.
• Letters of recommendation from academic or professional referees who can speak to the applicant's preparedness for graduate study.
• Applicants whose first language is not English may be required to demonstrate English proficiency by an approved test or an equivalent credential.

Some applicants enter directly into the research-based master's; others may be admitted to a coursework-plus-project pathway. Relevant laboratory or industry experience strengthens an application.

Career prospects

Graduates are prepared for technical and leadership roles across the food sector, public agencies and research organisations. Typical career paths include:

• Food scientist or product development scientist in food and beverage companies.
• Quality assurance and food safety manager or specialist.
• Process development or production technologist overseeing scale-up and optimisation.
• Regulatory affairs or compliance roles in government or private testing laboratories.
• Technical sales or ingredient application scientist for suppliers of food ingredients and equipment.
• Continued academic research or doctoral study in food science, nutrition, or related disciplines.

Why study at Utah State University

Utah State University offers a food science programme embedded within a strong agricultural and biological sciences context, providing easy access to interdisciplinary collaboration and extension networks. Students benefit from hands-on training in well-equipped teaching laboratories and pilot-scale processing facilities, opportunities to work with the university's sensory and analytical resources, and close engagement with faculty whose research spans food safety, processing innovation, shelf-life extension and sustainable food systems.

Strong industry connections and Extension partnerships in the region help students secure practicum placements and applied research projects, and the departmental culture emphasises practical problem solving alongside rigorous scientific training — valuable preparation for both industry and research careers.