6 Fully Funded PhD & Research Opportunities at Cranfield University, UK — 2026
The opportunities below cover interdisciplinary research areas including digital twins for offshore wind systems, AI-based navigation, sustainable grain storage, ceramic membrane technology and hazardous chemical removal from wastewater.
Important: This list has been filtered based on the application deadlines available as of 20 August 2026. Positions with deadlines on or before 20 August 2026 have not been included.
Digital Twins for Offshore Wind Systems PhD
Offshore wind is a cornerstone of the global transition to net-zero energy. As wind farms become larger and move further offshore, ensuring structural reliability while reducing maintenance costs has become a major engineering challenge.
This PhD project will develop physics-informed digital twins for offshore wind turbines by integrating real-time monitoring data, advanced physics modelling and AI-assisted data analytics.
The research will investigate data integration, structural state reconstruction, fatigue assessment, remaining useful life prediction and predictive maintenance. Digital twin development and validation using laboratory experiments will also be undertaken.
The project is funded through the European Union Horizon Europe programme and forms part of a large international research programme involving universities, research institutes and industrial partners across Europe.
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Intelligent and Sustainable Offshore Wind Systems PhD
Offshore wind is playing an increasingly important role in achieving global net-zero targets. As offshore wind farms become larger and more complex, improving operational efficiency while reducing environmental impacts and lifecycle costs has become a major challenge.
This PhD will develop next-generation digital twin methodologies for offshore wind systems by integrating real-time monitoring data, digital engineering, predictive maintenance and sustainability assessment.
The research will investigate data integration, digital twin development, lifecycle assessment, techno-economic analysis and intelligent maintenance strategies.
Computational modelling, digital twin development and experimental validation will be combined to support more sustainable and resilient offshore wind systems.
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Implementation of Innovative Telemetric Technology Towards Carbon-Neutral and Safe Grain Storage in the UK
This interdisciplinary project sits at the intersection of bioengineering, heat and mass transfer, predictive modelling, postharvest systems engineering and applied microbiology.
The project addresses the need for energy-efficient grain storage solutions in the context of climate change and Net Zero commitments. It will integrate thermal dynamics, moisture migration modelling and real-time telemetric sensing.
The research aims to develop an integrated engineering and biological modelling framework for carbon-efficient grain storage. It will combine heat and moisture transfer modelling, prediction of fungal growth and Ochratoxin A risk, and optimisation of in-situ robotic sensing technology.
The studentship is funded by the EPSRC Doctoral Landscape Awards (DLA), providing Home tuition fees and a £24,500 annual stipend. The project is delivered in partnership with Crover Ltd, which contributes financial support, engineering co-supervision and technology integration expertise.
Funding: Home tuition fees and £24,500 annual stipend.
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Ubiquitous Cognitive Navigation with AI Based Systems PhD
This PhD project aims to develop resilient Position, Navigation and Timing (PNT) systems for autonomous transport, addressing challenges associated with satellite-dependent navigation.
Current satellite-dependent navigation can be vulnerable to interference, jamming and signal degradation. The project will investigate the use of artificial intelligence, multi-sensor fusion and cognitive systems to develop robust navigation architectures.
The research will design a smart cognitive navigation framework that integrates information from different sensors and learns to make decisions autonomously. It will use signals from radio systems and internal sensors to maintain accurate PNT even when satellite signals are weak or unavailable.
The project is co-sponsored by Spirent Communications, which will provide advanced simulation tools, expert support and industry placement opportunities.
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Integration of Inline Coagulation and Novel Ceramic Membranes for Drinking Water Production
This MSc by Research project investigates an integrated approach to drinking water treatment using inline coagulation followed by ceramic membrane filtration.
Conventional polymeric membranes can suffer from fouling, resulting in frequent cleaning requirements and reduced membrane lifetime. More robust ceramic membranes may provide a more sustainable option for water treatment.
The research will involve laboratory- and pilot-scale experiments at Cranfield University to investigate the effects of raw water characteristics and operational conditions on treatment performance and membrane cleaning requirements.
The project is supported by Microtech Ceramic Ltd and will provide applied research experience with industrial input.
Study type: MSc by Research.
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What Process Options Are Available for Treatment of Hazardous Chemicals at the Point of Entry to Sewer?
This MSc by Research project focuses on advanced treatment technologies for removing hazardous chemicals from wastewater before they enter sewer systems and the wider environment.
The research will investigate adsorption-based treatment technologies for contaminants such as PFAS and compare a novel adsorbent material with conventional granular activated carbon.
Through pilot-scale experimentation, the project will assess treatment efficiency across different water sources and operating conditions, including varying empty bed contact times.
The project is supported by Isle Utilities and the Cranfield Water Science Institute, providing access to water science expertise, research facilities and industry engagement.
Study type: MSc by Research.
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Cranfield University is a British postgraduate-only public research university specialising in science, engineering, design, technology and management.
The university was founded as the College of Aeronautics in 1946. Over subsequent decades, its research and teaching expanded into areas including manufacturing and management, before adopting the name Cranfield University in 1993.
Cranfield University has two campuses: its main campus is located at Cranfield, Bedfordshire, while its second campus is at the Defence Academy of the United Kingdom at Shrivenham, southwest Oxfordshire.
Location: England, United Kingdom
Specialisation: Science, engineering, technology, design and management
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