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🎓 Artificial Intelligence PhDs

AI-Enhanced Threat Intelligence Sharing for Privacy-Preserving Analytics and Coordinated Cybercrime Response
Aston University Dr Asma Patel and Dr Bogdan Adamyk 🎓 Artificial Intelligence 🎓 Computer Science

Develop an AI-based privacy-preserving framework for sharing threat intelligence and coordinating responses to online harms and crypto crimes. Explore federated learning and secure analytics to enable cross-sector colla…

This research enables faster, coordinated action against online harms and crypto-enabled criminal activities by securely sharing actionable…

173+ citations · h6
Information Security and Privacy Digital Forensics Location-based Services Mobile Application
Responsible Use of Generative AI in Disaster Management
Aston University Dr Oscar Rodriguez-Espindola 🎓 Artificial Intelligence

Explore the use of Generative AI to improve disaster response through better information management and ethical adoption. Develop frameworks to ensure AI supports humanitarian goals without compromising privacy or accur…

This research will provide vital insights and practical tools to enable humanitarian organisations to responsibly use Generative AI, enhanc…

4135+ citations · h17
Humanitarian logistics optimization GIS supply chain management
A Socio-Technical Framework for Scaling and De-Risking Enterprise AI
Aston University Dr Fatima Gillani 🎓 Artificial Intelligence 🎓 Information Systems

Explore how enterprises can overcome the common pitfalls of AI pilot projects and embed AI widely across functions. Identify strategic, operational, and behavioral enablers to manage AI scaling risks and deliver measura…

This research tackles the high failure rate of enterprise AI initiatives by addressing the socio-technical and governance challenges that i…

531+ citations · h5
Digital Twins Digital Supply Chains Business Models Sustainability
Signal Processing for X-ray Computed Tomography Data Compression
University of Warwick Dr Jay Warnett 🎓 Applied Mathematics 🎓 Artificial Intelligence

Explore advanced compression methods for massive XCT data to reduce storage needs by up to 80% without losing vital scientific detail. Develop predictive models exploiting XCT data redundancy within an open-source frame…

This project addresses the critical challenge of managing enormous volumes of XCT data, which currently pose storage, transmission, and arc…

1495+ citations · h21
X-Ray CT Metrology NDE/NDT Granular flows
Agentic Reconfigurable Battery Scheduling for Multi-Energy Markets
Sheffield Hallam University Dr Augustine Ikpehai 🎓 Artificial Intelligence 🎓 Electrical Engineering

Investigate autonomous AI-driven battery systems that optimize multi-energy market participation. Develop novel algorithms integrating AI with advanced battery models to enhance grid flexibility and decarbonization. Cre…

This research enables the development of flexible, intelligent battery systems critical for integrating increasing renewables into energy g…

Agentic AI Reconfigurable Batteries Multi-Energy Markets Smart Energy Systems
Assessing Identification and Quantification Errors in Mass Spectrometry-Based Proteomics
Centre for Genomic Regulation (CRG) Prof. Lukas Käll 🎓 Artificial Intelligence 🎓 Biochemistry

Develop and apply hierarchical Bayesian networks to assess and quantify errors in proteomic data analysis. Build scalable tools improving protein identification accuracy and fostering more reliable biological insights.

This research improves the accuracy and reliability of proteomics data, essential for biological and biomedical studies that rely on mass s…

17413+ citations · h45
Computational Biology Proteomics Machine learning
Autonomous Resilience in Heterogeneous IoT Networks
Newcastle University Dr. Yinhao Li 🎓 Artificial Intelligence 🎓 Computer Science Deadline: 13 May 2026

Explore developing autonomous fault diagnosis and self-healing systems for large-scale heterogeneous IoT networks. Apply advanced AI techniques such as federated learning and graph neural networks combined with blockcha…

This research addresses critical challenges in ensuring reliability and autonomous fault recovery in large, heterogeneous IoT networks, vit…

431+ citations · h11
Internet of Things Cloud Computing Big Data Analysis Cybersecurity
Data-Driven Physics-Informed Reliability Prediction of Power Electronics for Net Zero Applications
University of Glasgow Dr Sheng Wang 🎓 Artificial Intelligence 🎓 Electrical Engineering

Develop a novel physics-informed, data-driven model to predict power electronics reliability in net-zero applications. Integrate multi-modal data for real-time health monitoring to enable early failure detection and imp…

Accurately predicting the reliability of power electronics is critical for reducing failures in net-zero energy systems such as electrified…

886+ citations · h17
power converter gate driver wide bandgap power semiconductor AC/DC power network
Exploring Technology-Enabled Maker-Spaces to Empower Communities
University of the Arts London Dr Michael Kann, Dr Rosie Hornbuckle, Prof Maria Chatzichristodoulou 🎓 Artificial Intelligence 🎓 Computer Science

Explore how emergent technologies like IoT and Generative AI can enhance sustainable production within community-focused maker spaces. Investigate how decentralized fabrication hubs can empower independent makers and st…

This research offers real-world impact by supporting communities to develop localized, sustainable manufacturing alternatives to traditiona…

Internet of Things Generative AI Sustainable Manufacturing Community Engagement
Developing Novel Tools for Analysis of Local Order Using Total Scattering Data
University of Sheffield Dr Lewis Owen 🎓 Artificial Intelligence 🎓 Materials Science

Explore the atomic-scale structure of materials by developing integrated tools that simplify total scattering data analysis. Use machine learning and collaborate with national UK facilities to push boundaries in metallu…

Materials properties such as radiation tolerance, electrical conductivity, and mechanical strength depend on local atomic arrangements. Thi…

1212+ citations · h15
Metallurgy Characterisation Total Scattering Local Structure
Thermomigration of Hydrogen in Reactor Fuel Cladding Materials
University of Oxford Prof Felix Hofmann 🎓 Artificial Intelligence 🎓 Materials Science

Investigate the role temperature gradients play in hydrogen diffusion within nuclear fuel cladding. Develop advanced experimental and machine learning approaches to build digital twins capturing hydrogen transport and e…

This research addresses critical gaps in understanding hydrogen transport mechanisms that govern embrittlement in nuclear fuel cladding. By…

3718+ citations · h35
Mechanics Micro-deformation X-ray diffraction Spectroscopy
AI-Driven Adaptive Mobility for Resilient Transport in Flood-Prone Urban River Basins
Monash University Malaysia Dr Susi Susilawati 🎓 Artificial Intelligence 🎓 Civil Engineering

Explore AI-driven solutions to improve transport resilience during floods in urban river basins. Develop adaptive plans integrating flood data and local insights to enhance equitable evacuation strategies and reduce dis…

This research tackles real-world mobility challenges caused by flooding, which disrupts access to services and disproportionately affects v…

1348+ citations · h17
Traffic Engineering