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platform in the field of testing composite materials for in-situ testing in conditions relevant to the energy sector (high pressure, high temperature, extreme environments). Participate in the generation
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of lithium-ion and next-generation batteries using ARC, DSC, overcharge, and mechanical abuse testing. · Develop and validate electrochemical-thermal-mechanical models to simulate battery behavior under normal
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testing. Develop and validate electrochemical-thermal-mechanical models to simulate battery behavior under normal operation and failure conditions, including thermal runaway initiation and propagation
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/She must have a strong background in one or more of the following fields: experimental solid mechanics of thermoplastic composites, mechanical testing, fracture, damage mechanics and polymeric materials
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techniques such as XRD, SEM, TEM, BET, Raman spectroscopy, and electrochemical testing. Collaborate with interdisciplinary teams, including chemists, material scientists, and engineers. Manage day-to-day
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electrochemical characterizations of synthesized hard carbon materials. Analyze material performance using advanced techniques such as XRD, SEM, TEM, BET, Raman spectroscopy, and electrochemical testing
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experience working with FPGA-based networking platforms/frameworks such as NetFPGA, Corundum, Xilinx OpenNIC, or the ETHZ HLS TCP/IP Stack. Familiarity with Software Defined Networking, SmartNICs, RDMA is an
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, electrolytes, and full cells. Perform advanced electrochemical testing and diagnostics (e.g., galvanostatic cycling, rate capability, EIS, CV, GITT/PITT as needed) and interpret results to identify failure
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Nationalities living and working on campus. KAUST boasts world-class equipment, research and recreational facilities, and computational resources. It is the leading university in citation per faculty according
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expertise in testing interfaces at the low scale with applications to the energy sector, such as photovoltaic and/or piping systems. Responsibilities: Develop innovative in-situ testing facilities