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develop advanced XR platforms, large-scale digital twins, and real-time simulation environments for applications across aerospace, healthcare, manufacturing, education, and smart infrastructure. Leveraging
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The Chief Architect of Centre of Excellence(CoE) for Robotics and Embodied AI will lead DSU’s efforts to build intelligent humanoid and autonomous robotic systems powered by large-scale learning and
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functions as a reliable, scalable, and high-performance backbone for all Centres of Excellence. This role is responsible for designing system architectures, optimizing compute utilization, and enabling large
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-generation security architectures capable of defending large-scale digital infrastructure against advanced persistent threats, adversarial AI attacks, and emerging quantum risks. The Centre of Excellence(CoE
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identification. This work will involve the analysis of large-scale, multi-modal datasets, including genomic/multi-omic data (short- and long-read based), imaging and health records, using state-of-the-art data
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activities for policy and systems change An outstanding international reputation for, or ability to lead, innovative research in areas of research relevant to TGI and the conduct of large-scale clinical