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Overview We are seeking a committed and motivated Research Associate to join the EPSRC-funded project “Towards data-driven turbulence control: saving energy in pipelines by suppressing turbulence
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Design of a Fault Detection System for AI-Assisted Adversarial Attacks on Industrial Control Systems
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of dynamical systems due to tiny control loop delays. But what if we could harness these delays as a force for good? Consider this: your bank delays transactions to prevent fraud, tango dancers pause to suppress
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controls outlined in the risk assessment). Monitor arrangements for fire prevention and first aid to ensure adequate cover. Represent the project at AMRC H&S Committees, assisting in setting the agenda and
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that studies under your supervision are implemented in accordance with randomised controlled trial scientific principles, the study protocols and regulatory standards. You will have teaching and staff management
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melting methodology creates challenges due to limited in-situ thermal control that can generate unwanted thermal stresses in components, defects such as cracks and limited microstructural control. This PhD
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melting methodology creates challenges due to limited in-situ thermal control that can generate unwanted thermal stresses in components, defects such as cracks and limited microstructural control. This PhD
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these sunburn symptoms. PSI on the other hand has no such repair cycle and therefore the algae go to great lengths to protect it from damage. The key element of PSI photoprotection is ‘photosynthetic control’ a
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characteristics of the targeted communities. Polygeneration design methods, control optimisation and thermoeconomic evaluation may be used during the project. The research will benefit from our current academic
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technologies, including: Smart Shop-Floor Connectivity 5G Factory of the Future Big Data Artificial Intelligence (AI) Automation and Robotics for advanced manufacturing systems. Candidates should have strong