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-based 3D bioprinters independently. Independently and collaboratively manage the optimization, development, and characterization of hydrogels, bioink formulation, 3D bioprinting, and tissue culture
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, please view https://www.ntu.edu.sg/newri . Key Responsibilities: Optimization of membrane fabrication parameters for targeted separation performance Design, synthesize and modification of polymeric
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numerical solvers for 2D and 3D phase field models Develop HPC-ready simulation pipelines for large-scale rupture and fracture-fluid systems Optimize performance for modern architectures including GPUs and
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Responsibilities Development of new machine learning modeling approaches Development of new advanced control and optimization algorithms Optimization of carbon capture process operation Provide regular project
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record of publications in reputable peer-reviewed journals or conferences in maritime transport, logistics management, machine learning, deep learning, and optimization; Proficient in written and spoken
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oligonucleotide delivery programs. Develop and optimize synthetic strategies for lipid building blocks and lipid-drug conjugates. Apply analytical techniques (e.g., NMR, LC-MS, HPLC) to assess structure, purity
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electrochemistry and catalysis to Development and optimization of biomass chemical conversion technologies. Key Responsibilities: Design and evaluate solvent systems and additives for chemical transformations
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and troubleshoot the challenging problems. • Design and develop an intelligent and optimal switching strategies, and control techniques, for the energy efficient and reliable operation. • Dynamic
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of performance, speed, and precision. Key Responsibilities: Design and implement genAI models for embodied AI systems. Develop and optimize deep learning algorithms to enable robotic arms to perform complex tasks
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to design, optimize, and scale-up of electrolyzer systems to use for recycling spent battery materials. Key Responsibilities Design & Development • Lead the design and scaleup our electrolyser systems