Lynn University

What you'll study

This programme combines core science with applied food technology. You will study foundational subjects such as general chemistry, organic chemistry, microbiology and biochemistry alongside food-specific modules that typically include food chemistry, food microbiology and safety, food processing and preservation, sensory evaluation and product development. Coursework emphasises laboratory skills, analytical techniques (for example chromatographic and spectroscopic methods), food quality and safety systems (including HACCP principles), packaging technology and basic food engineering.

Programme structure usually mixes lectures, laboratory practicals and project work. Upper-level courses often involve a capstone or senior project where students develop or improve a food product, conduct shelf-life studies, or investigate a food safety or quality issue. Elective options may cover nutrition and dietetics fundamentals, regulatory affairs and food law, supply chain and distribution, or entrepreneurship and innovation in food businesses.

Students should expect regular assessments through lab reports, practical examinations, group projects and presentations, and a final research or applied project that demonstrates the integration of science and technology in solving real food-industry problems.

Entry requirements

Typical entry to this bachelor's degree requires a recognised secondary school qualification. Applicants are usually expected to have strong grades in science and maths subjects, with chemistry and biology highly recommended. Universities in the United States commonly look for evidence of quantitative skills and laboratory experience, so applicants who have taken advanced coursework in chemistry, biology, physics or calculus will be well prepared.

Other admissions considerations often include a personal statement describing interest in food science, letters of recommendation, and any relevant practical experience such as internships, food-industry work or research projects. International applicants should demonstrate proficiency in English through an accepted language test if their prior education was not in English. Specific GPA thresholds or standardised-test policies vary, so applicants should consult Lynn University’s admissions office for precise requirements.

Career prospects

Graduates from a Food Science and Technology bachelor’s degree enter a range of roles across the food system. Typical early-career positions include food technologist, quality assurance or quality control analyst, product development technologist, sensory analyst, and food safety specialist. Graduates also work in regulatory affairs, technical sales, supply-chain quality, and food manufacturing management.

With additional experience or postgraduate study, career pathways expand into research and development, food process engineering, regulatory leadership, food microbiology research, and managerial roles in production or quality systems. The degree also provides a foundation for careers in nutrition policy, food sustainability and entrepreneurship in the food and beverage sector.

Why study at Lynn University

Lynn University is known for its personalised, student-focused approach that emphasises small class sizes and close faculty mentoring—advantages for laboratory-based science training where hands-on supervision matters. Students benefit from applied learning experiences, including lab practicals, industry projects and internships with food companies and regulatory bodies in the surrounding region.

The university supports experiential education, encouraging collaborative projects, internships and opportunities to present research or product-development work. For students seeking a balance of rigorous scientific training and practical technology application, Lynn’s environment aims to prepare graduates to enter industry or continue to specialised postgraduate study in food science, food safety or related fields.