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EOS is a University Research Institute at Nanyang Technological University that conducts fundamental research on earthquakes, volcanic eruptions, tsunamis, and climate change in and around Southeast Asia, towards safer and more sustainable societies. For more information on EOS please visit...
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for publications. Job Requirements: PhD in organic chemistry At least 5 years of experience in synthetic organic chemistry and/or asymmetric catalysis as PhD/post-doc in advanced institutions. Solid analytical
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Develop instrumentation and fixtures for the automation. Capabilities in advanced finite element or machine learning tools for process optimisation Disseminate the research outcomes into Journal
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Singapore's cultural sector to drive regional leadership in this space Key Responsibilities: Fellows will be appointed to one of CoHASS’s constituent Schools or research centres. They will pursue research in
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Fellow are Developing 2D and 3D integral equation / boundary element method-based codes. Accelerating these codes with matrix/tensor decomposition-based and fast Fourier transform-based schemes. Developing
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with strong potential are encouraged to apply for a Research Fellow position. Candidates with a significant track record and minimum 4 years as a post-doc could be considered for a Senior Research Fellow
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with strong potential are encouraged to apply for a Research Fellow position. Candidates with a significant track record and minimum 4 years as a post-doc could be considered for a Senior Research Fellow
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effectiveness. Collaborate with experimental teams to design experiments, collect component characterization data and demonstrate simulation-driven evaluation capabilities for physical testbeds. Collaborate with
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), including implementation details and known attack vectors. Laboratory expertise in optical alignment, calibration, and quantum component setup, ideally with prior experience in implementing or reproducing
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simulations (in both MC and MD) to contribute to our project focused on developing topology-enhanced physical models for biopolymer structure and interaction analysis. Understanding the structure-function