37 parallel-computing-numerical-methods 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 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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experience in photonic device design, numerical simulation, and layout. Proficiency with relevant design and simulation tools, such as Ansys Lumerical, COMSOL, MATLAB, or Python. Hands-on experience in
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, or the wider region. Skills in material science and decay analysis, conservation practice, or digital-humanities methods (network analysis, GIS, computer vision). Familiarity with international
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contribute productively to the Design and Artificial Intelligence (DAI) programme, in particular to our Human-centred Intelligence (HI) Track. The HI track offers instruction across fields like psychology
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with strong interests in mixed-methods social science research, social policy innovation, community development, and translating research into real-world impact. The successful applicant will join an
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of AI in design practice Evidence of excellence in teaching, mentoring, or facilitating studio-based and project-based learning Experience or capability for programme management and leadership is also a
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will join the LKYCIC Urban Innovation Research Programme and support a multidisciplinary research team in conducting international comparative research on urban innovation, sustainable development, and
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experience and proven ability in designing and conducting qualitative interviews, as well as applying other qualitative social science research methods. Familiarity with designing and analysing quantitative
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and methods of construction, application of innovative digital design technologies for assessment of building performance and a vision the future of architectural building design and production