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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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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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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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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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: 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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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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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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, and software development, modelling and simulations) involving instrumentation for or astronomical datasets from ground or space-based telescopes. Ability to engage with the wider astronomical community
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acoustics team within the Construction Research Centre at the NRC has for decades been publishing guides for reducing neighbor noise through the use of models to predict how a building will sound to its