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advanced CFD (such as LES or DNS) and combustion modelling of reacting flows and combustion systems. • Develop and apply combustion chemistry, turbulence–chemistry interaction, and relevant
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, with expertise in dynamic/data-driven modeling, optimization, Aspen, COMSOL, or CFD b. Techno-economic analysis (TEA) & life-cycle assessment (LCA) for chemical, energy, or biomanufacturing processes
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computational modelling of additive manufacturing and develop high-performance GPU-based CFD solvers. Qualifications • With PhD degree • Strong research experience in developing GPU-based
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needs, the model may also be coupled with high-resolution CFD models to enable multi-scale coastal process modelling.
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hydrodynamic modelling by integrating hydrodynamic, morphological, and geotechnical model. The successful candidate will work on developing and improving CFD modelling. The research may involve observational and
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(CFD) models, including fluid–structure interaction (FSI) simulations where appropriate, will be developed and validated against experimental measurements. These models will be used to investigate
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• Conduct computational fluid dynamics (CFD) simulations • Conduct experiments in wind tunnels and water channels • Analyze experimental and simulation data and summarize key findings and
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for synchronized operation of multiple floating and jack-up platforms. • Develop MATLAB/Simulink models integrating hydrodynamic inputs from CFD and seakeeping analyses. • Conduct simulation studies
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NATURE Project (https://www.nparks.gov.sg/Cuge/Programmes-Schemes/Research%20Programmes/MCCS%20Programme). The primary role involves developing and validating CFD models to study wave attenuation by
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• Conduct computational fluid dynamics (CFD) simulations • Conduct experiments in wind tunnels and water channels • Conduct field measurements • Analyze experimental and simulation data