128 parallel-processing-bioinformatics Fellowship positions at Nanyang Technological University
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on multiscale subsurface imaging using advanced geophysical imaging techniques and on investigating how subsurface structure, material composition, and geodynamic processes influence regional seismicity. Key
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– materials and processes for syngas upgrading (e.g., tar, chlorine, sulfur removal); (c) Development of new materials from waste, e.g. slag in construction, nanomaterials for batteries and plastic additives
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research reports) and academic publication processes will be preferred. Knowledge Good knowledge of cognitive functions and cognitive neuroscience theories and techniques. Good or working knowledge
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conversion layers. The successful candidate will develop robust PQD/polymer composite films, optimize scalable film fabrication processes, and perform comprehensive optical and structural characterization. Key
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-driven methods. The role will focus on developing intelligent methods and operation-support tools for ATM applications, contributing to the advancement of research and innovation at Nanyang Technological
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research into health intervention processes; and increase Singapore’s regional and international profile as a centre of excellence for health behavioural sciences. We are looking for a Research Fellow to
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into workable engagements. Explore, pilot and document technology-enabled research processes (e.g., AI-assisted literature scanning and synthesis tools), and support Centre Management in developing improved
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to laboratory operation for the project. Job Requirements: PhD degree in physics, mathematics, engineering or related field Strong background in in photonics as well as in the use of electron sources, such as DC
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of PhD/Masters/FYP students. Job Requirements: Preferably PhD in Computer Science, Electrical & Electronic Engineering, or equivalent. Background knowledge in signal representation/processing, esp
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phase change processes. Carry out thorough a numerical investigation of the phase change characterizations. Examine underlying physical mechanisms and propose relevant physical scaling laws. Plan and