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successful candidate will lead the design, operation, and characterization of high-enthalpy reacting-flow systems for methane pyrolysis and floating-catalyst chemical vapor deposition. Relevant reactor
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Fontan circulation emulator to study flow and pressure changes resulting from Fontan conduit upsizing. Project-2 – Design, engineer, and evaluate a Fontan circulation emulator to study hepatic flow
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. The immunological work is supported by a vast collection of patients and control subjects accomplished by Dr. Mignot’s group and collaborators. We also offer opportunities to participate in collaborations with other
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control, high-performance computing, and open science workflows Strong quantitative skills as well as excellent written and oral communication abilities. A strong record of scholarly productivity
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modeling, or real-time data analysis. Familiarity with data visualization, reproducible research workflows, version control, and collaborative coding practices. Interest in translating computational methods
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chemical biology. Our mission is to understand and reprogram protein assemblies that control chromosome segregation and behavior. Applicants with expertise in structural biology or chemical biology are
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decision support systems, process control and quality improvement initiatives, and health policy analysis. The program emphasizes both methodological rigor and translational impact, with projects addressing
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. RESEARCH IN THE LAB We are a team of structural and chemical biologists interested in how cells control metabolism in response to nutrients. We ask how nutrients are recognized by their protein sensors, how
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to advance the understanding of IBD pathogenesis Perform ex vivo and in vitro studies using human intestinal tissue and peripheral blood-derived epithelial and immune cells from IBD patient and controls
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within the core. Lead the AI/ML core’s operations, including governance of GPCs, reproducible workflows, version control, model deployment, monitoring, and documentation. Manage data privacy, security, and