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Field
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groundwater movement and develop strategies for seawater-intrusion prevention and freshwater-resource protection. Key Responsibilities: Conducting field and laboratory tests, as well as numerical modelling
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sustainable manner. Key Responsibilities: Develop advanced experimental apparatus to investigate coupled multiphysics processes in porous materials (e.g., clay). Develop constitutive models and numerical tools
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numerical models. • Perform simulations using OpenFOAM, or other relevant computational tools, including HPC platforms. • Analyse and validate simulation results, and publish research
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, combining experimental photonics with numerical modelling and modern machine-learning and optimisation techniques. The research will include coherent beam combination, programmable beam shaping, optical
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theoretical modeling of free-electron-driven X-ray photonics. Working closely with experimentalists, the research fellow will lead the study of coherent X-ray emission from free-electron-driven van der Waals
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extension depending on funding availability and job performance. Primary duties and responsibilities: Develops and improves a coupled physical-biogeochemical model for Indian River Lagoon Performs numerical
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, efficiency, parameterisation, uncertainty quantification, and/or surrogate modelling. The research may involve the use of observational, experimental, or high-fidelity numerical data to train, validate, and
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, developing complex numerical models and validating them against datasets generated by collaborators. The candidate will use surrogate modelling and data-centric approaches to complement simulations
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1. A Ph.D. degree in Aerospace Engineering, Fluid Mechanics, Applied Mathematics, or a related discipline. 2. Demonstrated expertise in turbulence modelling and compressible
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(NTU), Singapore. The successful candidate will work on research related to the hydrodynamic behavior of floating structures. Key Responsibilities: Conduct wave flume tests and develop numerical