Cranfield University

What you'll study

This programme combines core taught modules, applied skills training and an independent research or industry project to explore the environmental, social and economic dimensions of sustainable food systems. Typical topics and modules include:

• Food systems and policy: drivers of change in global and local food systems, governance, food security and dietary transitions.
• Sustainable supply chains and circular economy: resource efficiency, waste reduction, circular approaches to packaging and logistics, and sustainable procurement.
• Food processing and technology: innovation in processing, alternative proteins, novel preservation and scaling technologies with a view to sustainability impacts.
• Environmental assessment methods: life cycle assessment (LCA), carbon and water footprinting, modelling of environmental impacts across the value chain.
• Business, innovation and risk management: business models for sustainable food enterprises, entrepreneurship, finance of sustainable innovation and risk assessment.
• Nutrition, health and social considerations: links between diets, public health and sustainable food choices, equity and consumer behaviour.
• Research project or industrial placement: a substantial dissertation or applied project with an industrial partner that addresses a real-world sustainability challenge in the food system.

Delivery emphasises problem-based learning, case studies and group projects, with access to laboratory and pilot-scale facilities for practical work and demonstration.

Entry requirements

Applicants are normally expected to hold an undergraduate degree in a relevant subject such as food science, agriculture, environmental science, biosciences, engineering, nutrition or business. Typical academic entry is a UK second-class honours degree (2:2) or international equivalent; applicants with relevant professional experience may also be considered. You should demonstrate quantitative and analytical ability and an interest in food systems and sustainability.

Applicants whose first language is not English will need to meet Cranfield's English language requirements. Evidence of relevant professional experience, a personal statement outlining motivation and suitability, and references are normally required as part of the application.

Career prospects

Graduates go on to a wide range of roles across the public, private and third sectors that require multidisciplinary understanding of food sustainability. Typical career pathways include:

• Sustainability manager or consultant in food manufacturing, retail or agribusiness.
• Supply-chain sustainability and procurement specialist.
• Product development or R&D roles focused on sustainable ingredients and processing.
• Policy analyst or advisor in government and international organisations working on food security and sustainability.
• Roles in NGOs, think-tanks or social enterprises addressing diets, nutrition and food system resilience.
• Entrepreneurship and innovation roles in start-ups developing alternative proteins, upcycled ingredients or circular packaging solutions.

The course’s applied project option and Cranfield’s industry connections support networking and employability, helping graduates move into technical, managerial and strategic positions within the food sector.

Why study at Cranfield University

Cranfield is a specialist postgraduate university with a strong reputation for applied research and industry engagement, particularly in sectors where technical and systems approaches are important. The programme benefits from close links to food companies, consultancies and policy organisations, offering opportunities for live projects and placements.

Students have access to laboratory facilities, pilot-scale processing equipment and case-study resources that support practical learning and translational research. Cranfield’s campus-based, postgraduate environment fosters interdisciplinary collaboration across engineering, management and the environmental sciences, making it well suited to studying complex, systems-level challenges in future food sustainability.