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. The research focus is on developing and applying first-principles-based and data-driven computational methods to understand multiscale processes and accelerate chemical discoveries for renewable energy
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computational immunology as part of the NIH/NIAID-funded Multiscale Immune System Modeling (MISM) Center. The postdoctoral associate will contribute to and participate in meetings, workshops, trainings
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dynamics simulations and/or protein modeling • Experience with enhanced sampling methods, multiscale modeling, and/or kinetic modeling is highly desirable • Interest in translational applications, including
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is seeking a Post Doctoral Scholar to work under the supervision of Dr. Joseph Kwon. We’re seeking a creative Postdoctoral Scholar to join our team and advance cutting-edge multiscale and hybrid
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is seeking a Post Doctoral Scholar to work under the supervision of Dr. Joseph Kwon. We’re seeking a creative Postdoctoral Scholar to join our team and advance cutting-edge multiscale and hybrid
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technologies and provides assurance to build knowledge and impact in novel, crosscut-science outcomes. The candidate will be a postdoctoral researcher within the Multiscale Materials (MsM) group of the Advanced
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multiscale network structure. The researcher will develop scalable methods for computing these features on a very large knowledge graph, integrate them into a transformer-based language model, and test their
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of biomechanics, robotics, imaging, and biology, within a stimulating interdisciplinary ecosystem. - main mission: To develop and integrate a robotic platform for multiscale biomechanical testing of murine
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Inria, the French national research institute for the digital sciences | Villeneuve la Garenne, le de France | France | about 2 months ago
(position, impedance/stiffness, hybrid control) — advanced level Scientific programming (C++ and/or Python) and real-time robotic frameworks (e.g. ROS/ROS2) — advanced level Multiscale and multiphysics
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multiscale model describing the response of chondrocytes to mechanical and biochemical stimuli. This model will integrate established subcellular signalling pathways that regulate switching between homeostatic