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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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, and optimize multimaterial LPBF processes, integrating in-situ monitoring, process parameters, material combinations, and resulting microstructural and structural outcomes. Design and optimize
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couplers, and packaging interfaces using commercial photonic design tools. Perform optical simulations and tolerance analyses to optimize coupling efficiency, bandwidth, alignment tolerance, and packaging
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of efficient AI-for-Science systems, leveraging foundation models (including small language models) and parameter-efficient adaptation techniques such as LoRA, grounded in a strong understanding of optimization
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Optimization of formulation for polymer synthesis and functionalization for actuators fabrication Contribute to ongoing soft robotics research Collaborate with faculty and other researchers on interdisciplinary
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interface materials or related technology Optimization of formulation for gap fill dielectrics in heterogenous integration Contribute to ongoing semiconductor research Collaborate with faculty and other
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louvre panels that achieve objectives like preventing wind-driven raindrops from entering, optimizing natural ventilation with minimum flow resistance, enhancing daylighting which may not be achievable
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: Design, perform, and optimize experiments with scientific rigor; Collect, analyze, and interpret experimental data; Communicate findings clearly through technical reports, papers, and presentations; Work
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evaluation, and AIoT implementation. Key Responsibilities: Writing, debugging, optimizing and testing of source code with an emphasis on audio applications Maintenance and improvement of existing audio
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-sensing concrete. Lab test and analysis of self-sensing concrete. Optimize and evaluate the performance for field trials. Publish several papers in top journals. Write proposals for further development