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initiative that will advance our understanding of how genetic factors influence cardiac structure and function, and yield AI models that link phenotypic findings with genetic data to predict CVD risk and
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addition PDFs will be allocated a travel fund to support their work. Project title Next-Generation Models for Brain Cancer: 3D Bioprinted CNS-on-Chip Systems for Advancing Glioblastoma Drug Discovery
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values of Integrity, Excellence, Respect, and Creativity. This position is part of our Intelligent Cell Simulation System project, which focuses on developing artificial intelligence (AI)-driven models
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these challenges. The Fellow will use predictive AI models that link photoresin formulation, printing conditions, and print fidelity, leveraging NRC’s extensive TVAM dataset. These insights will guide the design of
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electronic or vibrational strong coupling. The Postdoctoral Fellow is expected to conduct cutting-edge research in the design, fabrication, modeling and characterization of the plasmonic quantum sensors
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structures, including the use of finite element modelling and simulation tools. Experience with data-driven design optimization would be an asset; Direct hands-on experience in advanced composite manufacturing
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model for forecasting future gaze trajectories and future driving action, yielding a complete pipeline from metric extraction to scanpath prediction. To the best of our knowledge, this will be the first
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: Experience working with adaptive optics systems (laboratory or on-sky). Experience with simulation tools used to model adaptive optics systems. E.g. HCIpy, OOPAO, OOMAO Experience with optical design tools
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and diplomas issued abroad, please see Degree equivalency Experience Proven experience in multi-element alloy (MEA) computational design using AI/ML approaches, and related finite element modelling
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functional genomics, CRISPR-based screening, or single-cell technologies. Hands-on experience with next-generation sequencing library prep and tissue culture models. Demonstrated ability to conduct independent