Chapman University

What you'll study

This programme combines core food science fundamentals with applied technology and laboratory practice. Teaching blends lectures, hands-on lab work and project-based learning to develop technical competence in food chemistry, microbiology, processing and safety.

• Core modules: Food Chemistry and Analysis; Food Microbiology and Safety; Principles of Food Processing.
• Technology and engineering: Food Engineering and Unit Operations; Packaging Science; Thermal and Non-thermal Preservation Techniques.
• Analytical and laboratory skills: Instrumental Methods for Food Analysis (HPLC, GC, spectroscopy); Sensory Evaluation and Consumer Testing; Quality Control and HACCP implementation.
• Regulatory, business and sustainability: Food Law and Regulatory Affairs; Food Product Development and Commercialisation; Sustainable Food Systems and Supply Chain Management.
• Research and practical experience: A supervised capstone research project or industrial practicum that allows students to apply methods to a real-world problem, develop experimental design and communicate results to stakeholders.

Students typically take a mix of compulsory and elective modules, enabling focus areas such as food safety, product development, sensory science or processing technology. Emphasis is placed on laboratory proficiency, data analysis and writing skills needed for scientific reporting and regulatory documentation.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in food science, biology, chemistry, chemical engineering or a closely related scientific discipline. Relevant professional experience in the food or allied industries can strengthen an application where undergraduate preparation differs from the ideal background.

• Competency in core science subjects such as chemistry and microbiology is expected.
• International applicants must demonstrate proficiency in English through an accepted language test unless exempt.
• Applications typically require academic transcripts, a personal statement outlining motivations and goals, and letters of recommendation. Some applicants may be invited for an interview or asked to provide evidence of laboratory experience.

Career prospects

Graduates are prepared for technical and managerial roles across the food and beverage sector, ingredient suppliers, contract research organisations and regulatory bodies. Typical job titles include:

• Food Scientist / Food Technologist
• Quality Assurance Manager or Specialist
• Product Development Scientist
• Regulatory Affairs Specialist
• Sensory Scientist or Consumer Insights Analyst
• Production / Process Engineer in food manufacturing

Alumni also move into related areas such as supply chain sustainability, food safety auditing, technical sales for ingredient companies, or continue to doctoral research in food science and allied disciplines.

Why study at Chapman University

Chapman’s science programmes are delivered through its Schmid College of Science and Technology, which emphasises hands-on laboratory training, small class sizes and close faculty mentorship. Students benefit from modern lab facilities and opportunities for interdisciplinary collaboration across chemistry, biology and engineering disciplines.

The university’s location in Southern California provides proximity to a large and diverse food industry, ranging from multinational manufacturers and ingredient suppliers to innovative start-ups, offering access to internships, site visits and industry guest lecturers. Chapman places value on applied research and professional preparation, with career support services that help students translate technical skills into industry roles.

Overall, the programme is tailored for students who want a scientifically rigorous, practice-oriented education that prepares them to address contemporary challenges in food safety, product innovation and sustainable food systems.