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Predicting the dynamic response of materials and structures to high energy ballistic impacts is a fundamental component of the development and design of fit-for-purpose armour and protection
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electric aviation. This interdisciplinary project delves into the intricate domain of electro-mechanical-thermal (EMT) analysis, essential for the precise design of superconducting electric machines. By
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design the support structures, to manage different thermal expansions of optics, laser crystals, laser diodes, etc. The research will focus on developing new material combinations in powder-bed laser
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summer schools, specialised theme meetings, and innovation and commercialisation sandpits. Description: With the advent of 5G networks, Internet of Things (IoT), particularly in the defence and security
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Cadence or Synopsys Tools (mandatory). Previous experience in Tape-outs and Chip Testing. Systolic Arrays and AI Architectures. SRAM design & Memory Compilers. Further Information: Group website: https
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. Through qualitative and participatory design research with scripted production practitioners (e.g., scriptwriters, post-production specialists, among others), the project will inform how future AI systems
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with the overall computation cost, which demands a paradigm shift from conventional brain data processing approaches. The project has the following three objectives: To design low-cost and highly
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into executable scripts compatible with different processing engines. Automatic Orchestration: Design a framework for automatic orchestration of processing pipelines, ensuring data correctness and timeliness
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summer schools, specialised theme meetings, and innovation and commercialisation sandpits. Description: Composite materials are used in prime and secondary applications such as aerospace, renewable energy
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integrated as a part of the long-term climate change adaptation plans will depend substantially on their response to future sea level rise and extreme sea level events. To adapt the seawall design accordingly