Module Overview
This module introduces students to the rapidly evolving field of automation, robotics, and digital technologies and how they are shaping future farms and supply chains. Through an introduction to industrial robotics and automation, students will explore a range of innovative applications designed to automate and enhance pre and post‑harvesting operations across the agri‑food sector. The module also examines the growing importance of data‑driven agriculture where advanced technologies such as sensors, imaging systems, GPS, integrated data platforms, and precision‑farming tools enable stakeholders across the value chain to improve efficiency, sustainability, traceability, working conditions and food security. Using the principles of Industry 4.0 as a holistic framework students will investigate, analyse, and propose how robotics and digitisation can address key challenges while unlocking new opportunities for resilient and future‑ready agri‑food systems.
Module Overview
This module forms a significant element of the MSc Agri-food Technology (with Professional Practice) programme. It requires students to apply and contextualise their professional interests, research experience and skills development gained from attending taught modules in a live or near-live research project. Through the submission of a final dissertation and presentation of their research, students will demonstrate their ability to design and deliver a project that addresses an industry challenge as well as professional skills development.
Students following the Professional Practice pathway are expected to submit a portfolio which requires them to reflect on their research in a professional context, on how their skills have developed through the course of their study and identify opportunities for further skills development to prepare students for a career in the Agri-food sector. Where students engage in a place-based practical activity, they are expected to pay for their own travel, accommodation, and general living expenses while undertaking the project.
The option to undertake the Professional Practice route will be subject to students’ performance during the taught element of the programme and agreement from their tutor. Students will be expected to identify and secure their own project; however, support is available to students who may require it during this process. Through successfully completing the research project and portfolio, it is expected that students will have demonstrated a greater element of work readiness in preparation for their future career.
Module Overview
This module typically covers the key quality assurance and technical roles within the food industry with management skills coupled with knowledge of product safety, quality, and legality with a demonstration of attention to detail alongside good communication and interpersonal skills. Students are expected to consider how to define the 'technical standards' of a food manufacturing business, including a review of legislative requirements, necessary accreditation standards, customer expectations, and incorporation of a manufacturer’s own business requirements. Food industry enforcement bodies/government agencies and the business technical function interaction with such authorities will be considered, as will the role of product recall and crisis management systems during challenging circumstances.
Module Overview
This module provides an integrated introduction into food innovation, product and process development and the application of emerging technologies in creating safe, nutritious, and market ready food products. Students will explore how food manufacturers respond to consumer demands, regulatory pressures and broader market drivers. The module encourages the ability to critically appraise product development strategies linked to health, nutrition, sensory science, and evolving lifestyle trends. Alongside innovation, the module builds strong foundations in advanced food manufacturing, covering key unit operations including preservation methods, packaging systems, hygienic machine design, and food factory engineering. Students will gain insight into how traditional processes continue to underpin industry practice while also examining how automation, novel technologies, and new production methods are reshaping modern food manufacturing.
Module Overview
This module examine global agri-food supply chain systems. Today's businesses operate in a global environment that requires agri-food enterprises to consider rest of the world in their competitive strategy analysis, despite of their market base or location. Businesses cannot isolate themselves or disregard external factors such as food safety, trends, competitive positions, or technology advancements in other countries. This change in trends, technologies, food safety, trade, and modernisation of transport infrastructures raised the importance of supply chain management to new levels. Agile management of supply chains is necessary to succeed in volatile demand situations experienced in many markets.
Module Overview
The module typically provides a review of current crop science and its contribution to large scale food production. This might include new technologies and their part in the future of sustainable crop production. The module considers key components of crop science as individual units through to interacting complexes. Throughout the module, the importance of the microbial interrelationship with plants is considered, covering both pathogens and beneficials. Students will be expected to independently evaluate the topics critically and develop skills leading to responsive and flexible use of crop science in the production of crops in a wide range of agronomic situations.
Module Overview
This module covers the fundamental skills and background knowledge that students need to undertake a research project, including: surveying literature; selecting and justifying a research topic; planning of research; academic writing, data collection, handling and analysis; and presentation and reporting of research.