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outstanding candidates whose research is centered on the mathematical modeling, analysis, numerical solution and simulation of physical, engineering, or complex systems. The position is particularly suited
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areas: Develop, calibrate and validate microscopic traffic simulation models for Hong Kong traffic conditions; Develop Web-based transportation analysis and TIA workflow modules, including network editing
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. The role combines hands-on experimental mechanics with rigorous simulation and data analysis and benefits from complementary expertise in scientific machine learning and constitutive modeling of anisotropic
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to verify lake surface current simulations from NOAA's Great Lakes Operational Forecast System using multiple approaches, including comparing model outputs with available observation datasets (e.g., drifter
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infrastructural material, mechanics, manufacturing, and multi-physics modeling, simulation, and optimization research community (learn more at https://research.engineering.asu.edu/ ). We seek applicants who can
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palaeontology) and biomechanics (3D modelling and simulation; form-function correlations with performance; virtual robotics), and other research in the Structure & Motion Laboratory, Department of Comparative
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integrate them with patient-specific simulation, an endovascular robotic platform and real-time fluoroscopic device tracking. This may include reinforcement and imitation learning, world models or model-based
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and adaptation will provide inspiration for mechanisms that can be tested quantitatively on an engineering platform. The student may use computational models, physical simulation or optimisation
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performed: Validate, with experimental cell culture data, a coupled systems biology - finite element multiscale model that simulates the collective regulation of articular cartilage chondrocyte regulation
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‑related R&D programs (internships, fellowships, or full‑time roles). Familiarity with simulation‑based models (e.g., physics‑based, network‑based, agent‑based, or stochastic simulations) for analysis