Food Science and Innovation MSc

This dynamic module dives into the world of bioactive ingredients and functional foods, equipping students with the skills to drive innovation in food product development. With growing consumer demand for functional, ‘free-from,’ vegan, and clean-label foods, this module explores how bioactive fibres and highly bioavailable omega-3 fatty acids can enhance health-focused products. Students will tackle real-world challenges by developing foods that address societal health concerns, such as reducing disease risks and catering to specific populations like the elderly. Through hands-on experience, students will create and test novel bioactive materials, gaining essential expertise in alternative ingredient development. By blending theory with practical application, this module fosters a key competency in designing functional food solutions that align with industry trends and consumer needs.

This engaging module explores the key challenges shaping food availability today and in the future, from population growth and resource depletion to environmental changes and shifting consumer demands. Students will delve into the entire food supply chain, from production to consumption, examining ways to improve efficiency, sustainability, and safety. A crucial focus is protecting food quality by understanding contaminants, allergens, and adulterants, along with the strategies needed to ensure a secure and nutritious food supply. Through this module, students will develop a key competency in analyzing and addressing real-world food security issues, equipping them with the knowledge to influence industry practices and policy decisions.

This module provides a comprehensive foundation in research methods and data analysis, equipping you with the skills to design, conduct, and interpret scientific research. You’ll explore different research types—analytical, descriptive, experimental, and qualitative—while mastering key concepts like hypotheses, variables, sampling, and measurement reliability. Learn how to collect and analyse data effectively, from experimental designs and surveys to case studies and qualitative research techniques. A strong emphasis on ethical research practices ensures you understand the responsibilities of scientific inquiry. You’ll also gain hands-on experience with SPSS software, learning to establish databases, transform variables, and apply statistical tests like ANOVA, t-tests, and chi-square analyses. By the end of the module, you’ll be able to critically evaluate research, apply statistical techniques, and use data-driven insights to inform decision-making—essential skills for careers in academia, healthcare, and scientific research.

This exciting module explores cutting-edge packaging technologies, essential for preserving food quality, enhancing safety, and improving distribution efficiency. With packaging accounting for 2% of global GDP, the food industry faces increasing pressure to innovate—reducing waste, optimizing business processes, and ensuring sustainability. Students will examine emerging packaging solutions that address these challenges, gaining insight into how technology can enhance food safety and extend shelf life. The module also includes demonstrations of innovative packaging, providing hands-on experience with the latest advancements. By the end, students will develop a key competency in assessing and applying modern packaging strategies to meet industry and consumer needs.

This forward-thinking module delves into the key drivers of food innovation, from evolving consumer demands to sustainability, resource availability, and waste minimization. Students will explore cutting-edge trends in food processing and ingredients, including the role of nanotechnology in food innovation, its regulatory landscape, and intellectual property protection. Case studies of recent breakthroughs will offer real-world insights, while practical experience with innovative processing technologies will equip students with hands-on skills. A special focus on reducing salt, sugar, and fats in food products will highlight industry priorities. Additionally, students will have the opportunity to access an optional industrial placement, enhancing their professional experience. This module fosters a key competency in understanding and applying emerging food technologies, preparing students to drive innovation in the ever-evolving food industry.

This dynamic module equips students with key theoretical and practical skills for evaluating food quality, performance, and consumer acceptability. Through sensory science and physical property analysis, students will explore how ingredients and additives influence food texture, stability, and appeal. Quality assurance and control will be central themes, ensuring products meet industry and consumer standards. The module also highlights opportunities to develop innovative food solutions tailored to specific consumer groups, such as the elderly. Additionally, students will gain essential data collection and evaluation skills, addressing ethical considerations in food research. By the end, they will develop a key competency in applying scientific evaluation methods to drive food innovation and product development.

This module provides an opportunity to conduct independent research, allowing you to contribute to the growing body of knowledge in your field of study. Working closely with a supervisor and research coordinator, you will design and execute a research project that aligns with your academic discipline. This involves identifying a research question, reviewing existing literature, selecting appropriate methodologies, and analysing data to generate meaningful insights. Through this process, you’ll develop critical thinking, problem-solving, and research skills, essential for academic and professional success. The module emphasises independent inquiry and evidence-based analysis, preparing you to engage with real-world challenges in your chosen field. By the end, you’ll have completed a rigorous, well-structured research project, demonstrating your ability to contribute valuable findings to your discipline—an essential competency for further study, professional research, or industry application.