Overview

Understanding the chemical, biological, physical, and nutritional characteristics of food systems is essential to driving innovation in sustainable food processing, nutrition, safety, and novel product formulation. The BSc (Hons) Food Science at University of Leeds, accredited by the Institute of Food Science and Technology (IFST), delivers a comprehensive scientific education across food chemistry, food microbiology, processing engineering, and human nutrition. Delivered by the School of Food Science and Nutrition, the curriculum integrates theoretical principles with laboratory methodologies, exploring food matrix structures, food preservation technologies, sensory evaluation, and quality assurance frameworks. Students benefit from access to specialist research facilities, including pilot-scale processing laboratories, food characterization suites, and sensory testing facilities. The degree offers flexible pathways alongside opportunities for industrial work placements or study abroad. This program is ideally suited for scientifically curious, analytical problem-solvers seeking to investigate food systems at the molecular level, improve public health nutrition, and ensure global food security.

What You'll Learn

• Fundamental concepts of food chemistry, including the structure, functionality, and reactivity of carbohydrates, lipids, proteins, and micronutrients

• Food microbiology principles, foodborne pathogens, microbial fermentation processes, and hygiene management systems

• Principles of human nutrition, nutrient metabolism, bio-accessibility, and the relationship between diet, health, and disease prevention

• Food processing technology, thermal preservation, non-thermal preservation techniques, rheology, and sustainable packaging solutions

• Analytical techniques for food characterization, physical property measurement, chemical testing, and chromatographic quality control

• Sensory science methodologies, consumer preference testing, flavor chemistry, and organoleptic evaluation strategies

• Quality assurance frameworks, Hazard Analysis Critical Control Point (HACCP) principles, food safety management, and food regulation standards

• Specialist elective pathways covering functional foods, food product development, sustainable food systems, and global food security

• Independent food science capstone research project involving laboratory investigation, product formulation, or analytical characterization

Learning Outcomes

Graduates will possess an in-depth understanding of food matrix dynamics, chemical reactions during processing, microbial safety controls, and nutritional science. They will demonstrate the capability to design food manufacturing protocols, evaluate complex analytical data, and assess safety hazards using established regulatory and quality assurance frameworks. Students acquire strong practical capabilities in food testing, pilot-plant processing, microbial analysis, and sensory evaluation through hands-on laboratory workshops and practical team projects. Furthermore, learners master the ability to communicate technical scientific results and safety assessments clearly to cross-functional teams, regulatory bodies, and industry stakeholders. Through specialized module options and a major final-year research dissertation, scholars cultivate the scientific rigor and technical agility required to excel as food technologists, quality assurance managers, product development specialists, sensory analysts, food safety auditors, or postgraduate researchers.