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Field
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networks, high-performance computing clusters, and clinical interdisciplinary collaborations across UT Austin. The applicants will join a collaborative research environment at the Translational AI Excellence
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, fabricate, commission, and operate advanced laboratory systems including high-temperature reactors, calorimetry platforms, flow systems, molten salt setups, and electrochemical cells. Conduct and interpret
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conceptually innovative and high-impact mechanistic research with clear translational relevance to diabetes prevention and therapeutic discovery. As a successful candidate you will: · Conduct research
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. Reconstructing, forward modeling, or inverse modeling of diffraction data. High-performance computing and scalable scientific software development. Molecular dynamics, crystal plasticity, finite-element, or other
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pavements as core focus. • Work on mechanistic empirical pavement design and modelling for airports. • Develop state of the art solutions for high performance pavement system and work closely with
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performance. What You’ll Do Advance Rheological Discovery: Formulate and characterise model suspensions across Newtonian, shear-thinning, and shear-thickening regimes using state-of-the-art rotational and high
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the kinematics, propulsion efficiency, trajectory control, and overall system performance of soft crawling robots. • Development and optimization of control strategies for electronics-free fluidic logic and
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. Experience with High-Performance Computing (HPC) clusters, geospatial foundation models, large-scale geospatial processing or cloud-based Earth Observation platforms would be advantageous. You will be a highly
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of the Division of High-Consequence Pathogens and Pathology (DHCPP), within the National Center for Emerging and Zoonotic Infectious Diseases (NCEZID), at the Centers for Disease Control and Prevention (CDC
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fundamental understanding and practical performance of high-energy cell chemistries for energy storage systems. This role directly supports NTU’s mission to lead sustainable energy solutions for global impact