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. Current compliance systems are reactive, detecting known patterns but remaining vulnerable to novel schemes. This PhD develops autonomous AI agents that model the strategic co-evolution of financial crime
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Summary Ulster University invites applications for three funded PhD studentships as part of the NWCAM2 (North West Centre for Advanced Manufacturing 2), a €9.98 million cross border project which is
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, self-management, and sustained lifestyle change. This PhD will not focus on software development itself, but on the co-creation of content and behavioural frameworks to inform a future connected health
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, practice, and policy. This PhD project invites candidates to explore how AI is shaping storytelling techniques and creative practices within the screen industries in Northern Ireland, the wider UK, and
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for healthcare. The work supports the Life & Health Sciences and Software/Cyber DfE sectoral priorities and aligns with the Centre for Digital Healthcare Technology, part of the Belfast Regional City Deal. PhD
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qubits. Using software such as Qiskit Metal and Ansys, qubit designs will be constructed and simulated, with AI methods optimizing them to explore the trade-offs between multiple design objectives. It is
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qualification and a PhD at Ulster University. Candidates must register to complete the PhD at Ulster, but if Ulster doesn’t have an appropriate Master course in the candidate’s area, candidates register
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. While there, our students work in Day School and Residential Programs serving students aged 3 to 22 and utilize the science of ABA. NECC has also developed the ACE® ABA Software System. ACE stands
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Pharmacist-Led Medicines Optimisation in Metabolic care: a Cross-System Implementation Science Study
Apply and key information This project is funded by: Department for the Economy (DfE) Summary This PhD programme will develop and evaluate AI-assisted, pharmacist-led clinical decision-support
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research methodology is coupled CFD (Computational Fluid Dynamics) and FEM (Finite Element Method) modelling and simulations. This is the only methodology allowing simulations of fluid-structure interaction