40 high-performance-computing-postdoc positions at Singapore University of Technology & Design
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position in Design Computation. Candidates are expected to teach an undergraduate introductory subject on design computing, graduate design studio and develop their own research-oriented elective cross
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and other generative systems). The ideal candidate brings a strong machine learning foundation, curiosity about sound and music computing, and enthusiasm for collaborating with PhD students and postdocs
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, and power harvesting systems. Work with computational modellers to relate textile design variables to experimental performance. Contribute to research outputs, including journal publications, conference
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couplers, and packaging interfaces using commercial photonic design tools. Perform optical simulations and tolerance analyses to optimize coupling efficiency, bandwidth, alignment tolerance, and packaging
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optimisation, algorithm design and high-performance computing, with application to airport innovation. Successful candidates will join an active group of Principal Investigators and researchers to work within
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dissemination through high-impact journal publications and conference presentations, and contribute to grant reporting and future funding proposals. Requirements PhD in Electrical Engineering, Computer
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About the Job You will lead and shape the research agenda of the lab, oversee R&D activities, and build and manage high-performing research teams. The role will define research directions, drive
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-day management of facilities, maintenance support services, processes and frameworks and delivery of key performance indicators (KPI) are consistently kept at a high standard to support our campus
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About the Programme The Trans-Asian Material Histories of Architecture and Conservation programme examines how building materials, craft practices, construction techniques, contractors, commercial
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time. The successful candidate will build a rigorous and externally funded research programme that connects deep generative modelling, physical reasoning, human motion understanding, robot learning, and