Bachelor of Science Applied Biotechnology: Food and Beverage Fermentation Emphasis

4 Years On Campus Bachelors Program

University of Arizona

Program Overview

The B.S. in Applied Biotechnology: Food & Beverage Fermentation Emphasis at the University of Arizona focuses on using fermentation science and biotechnology to transform ingredients into higher-value food and beverage products, preparing students for careers in food production, quality and safety, and product development. Students build an interdisciplinary foundation in microbiology, food science, nutrition and biotechnology while developing specialized knowledge of fermented foods and beverages, including areas such as kombucha and plant-based products.

Curriculum Structure

Year 1: Students establish the scientific foundation needed for biotechnology through subjects such as General Chemistry I, General Chemistry II, Introduction to Biology I, Introduction to Biology II, and Introduction to Statistics and Data Analysis. These supporting sciences prepare students for the more specialized microbiology, food science and biotechnology coursework that follows.

Year 2: Students begin moving into the applied biotechnology core, developing knowledge through areas such as Microbiology, Introduction to Biotechnology, Biochemistry, and Fermented Foods and Beverages. The program combines biological principles with the processes used to develop and evaluate biotechnology-based products.

Year 3: The Food & Beverage Fermentation emphasis becomes more specialized through courses including Food Microbiology and Biotechnology, Fundamentals of Food Science, and Advanced Food Science & Microbiology Laboratory. Students examine microorganisms, food-processing principles, food safety and laboratory approaches relevant to fermentation and food-product development.

Year 4: Advanced study brings together fermentation, biotechnology and industry applications through subjects such as Fermented Foods and Beverages Laboratory, Plant Biotechnology, Industrial Biotechnology, and the Biotechnology Senior Capstone. The capstone provides a culminating opportunity to connect biotechnology knowledge with the food and fermentation industry, while the emphasis also includes approved electives such as Principles of Dairy Product Processing and Safety.

Focus areas

Fermentation science, food microbiology, food science, food safety, biotechnology, industrial biotechnology, plant biotechnology, food and beverage product development, microbial processes and nutrition.

Learning outcomes

Students learn to interpret foundational chemistry and biology, use digital and data literacy to evaluate scientific information, design and conduct experiments, collect and interpret research data, communicate scientific information, evaluate biotechnology solutions, work effectively in teams, and practice science ethically and responsibly.

Professional alignment (accreditation)

Accreditation: The University of Arizona's official program and catalog pages do not state a specific professional accreditation for the B.S. in Applied Biotechnology: Food & Beverage Fermentation emphasis, so no program-specific accreditation is claimed here. The curriculum is instead explicitly aligned with applications in food production, food processing, biotechnology and industrial production.

Reputation (employability rankings)

University reputation: The University of Arizona is ranked No. 105 globally in the 2026 Center for World University Rankings (CWUR) and No. 50 among U.S. institutions; CWUR's methodology includes employability as 25% of its overall ranking. The university also reports being in the top 1% of all higher-education institutions in the 2026 CWUR rankings.

Experiential Learning (Research, Projects, Internships etc.)

Students in the B.S. in Applied Biotechnology: Food & Beverage Fermentation Emphasis gain practical experience through laboratory-focused coursework that connects microbiology, food science and fermentation with real food and beverage production. The curriculum includes Advanced Food Science & Microbiology Laboratory and Fermented Foods and Beverages Laboratory, giving students opportunities to develop hands-on skills in food microbiology, fermentation and product development. The University of Arizona also provides access to specialized food-testing and food-safety facilities, while fermentation students have worked with industry-standard equipment in a pilot plant to develop new fermented-food and beverage recipes.

Practical opportunities include:

Fermentation Laboratory: The Fermented Foods and Beverages Laboratory provides program-specific practical training in fermentation and food and beverage applications.
Advanced Laboratory Training: Advanced Food Science & Microbiology Laboratory develops practical skills in food science and microbiological analysis.
Pilot Plant: Students involved in fermentation projects have access to a new pilot plant in the Forbes Building, where they can work with industry-standard equipment and develop fermented-food and beverage recipes.
Food Testing: The Ravishankar Food Testing Laboratory conducts microbiological testing, foodborne pathogen screening, shelf-life testing and food-quality analysis, including pH, water activity, moisture, color, texture and viscosity testing.
Food Product & Safety Laboratory: The renovated facility is a state-of-the-art teaching and research facility with upgraded physical space and technology, providing additional training opportunities for UArizona students.
Industry-Standard Practice: Fermentation students have developed new recipes for fermented foods and beverages while receiving training in industry-standard equipment and practices.
Research & Product Development: The program's curriculum is designed around applying biotechnology to food production, including developing new or improved products such as fermented beverages and plant-based food products.
Internships: The School of Animal and Comparative Biomedical Sciences identifies internships and study abroad as opportunities for students to apply their studies to real-world experiences; the university's official program pages do not specify a dedicated internship exclusively for the Food & Beverage Fermentation emphasis.
Field & Applied Learning: Applied Biotechnology students are specifically described as gaining practical experience in the classroom, laboratory and field, with coursework including Biotechnology Laboratory, Food Toxicology, Plant Biotechnology, Microbial Genetics and Industrial Biotechnology.
Course-Based Projects: Fermentation-related coursework is designed around evaluating fermentation for food production and developing products, giving students opportunities to connect laboratory work with consumer-market applications.

Progression & Future Opportunities

The B.S. in Applied Biotechnology: Food & Beverage Fermentation Emphasis at the University of Arizona combines biotechnology, food science and fermentation to prepare graduates for careers in food production, product development, quality and safety. The emphasis can also provide a foundation for graduate study or research positions in industrial, governmental and academic settings.

Career roles: Food Scientist, Industrial Microbiologist, Biological Technician, Process Development Associate.
University career services: The CALES Career Center provides labor-market insights covering employment trends, top employers, education levels, annual earnings, technical skills and job titles, while the Center for Career Readiness provides internship coaching, application support and interview preparation.
Employment & salary: The University of Arizona cites a $76,400 median annual pay (2023) for popular applied-biotechnology careers in agricultural and food sciences, based on U.S. Bureau of Labor Statistics data.
Industry connections: ACBS Foodtesting Services works with food companies, local startups, producers, restaurants and technology companies and partners with industry on food-safety and quality research from farm to fork.
Industry experience: University-industry experiential learning can provide hands-on projects and career-readiness experience, while the university's industry engagement supports connections between employers, students, researchers and facilities.
Food-industry opportunity: The University reports that Arizona's food industry represents $23.3 billion and employs approximately 162,000 workers, providing a substantial regional industry context for food science and fermentation careers.
Program-specific accreditation: Not stated on the official University of Arizona Applied Biotechnology program pages; therefore, no specific professional accreditation should be assumed.
Graduation outcomes: Graduates can enter food-industry roles involving product quality, food safety and product development, or progress into graduate study and research in industrial, governmental or academic institutions.
Relevant coursework: Students can study Food Microbiology and Biotechnology, Fundamentals of Food Science, Fermented Foods and Beverages Laboratory, Industrial Biotechnology, and Plant Biotechnology, providing a focused foundation in food production and fermentation.

Further Academic Progression: After completing the bachelor's degree, students can continue into graduate-level study or research in areas related to biotechnology, food science, microbiology, agriculture, manufacturing or medicine; the University specifically identifies graduate study and research positions as progression routes for the Food & Beverage Fermentation emphasis.