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relationships of nanofiber-based membranes for a range of advanced applications, including drug delivery, energy storage, biomaterials, and thermal dissipation. The lab is particularly interested in developing
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the complex interplay between the nervous and immune systems during development, homeostasis, and neurodegeneration from the perspective of microglia. We use the vertebrate model organism, zebrafish, widely
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disease, systems biology (including the modeling of signaling pathways and biomolecular structure-function relationships), and stochastic modeling of disease processes such as progression, detection, and
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artificial intelligence for health for Fiscal Years 2026-28. The postdoc will join the vibrant, new collaborative Center for Humanities-based Health AI Innovation (CHHAIN), co-led by the Baylor College
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develops models. Publishes and presents research findings. Supports project management and collaboration across institutions or disciplines. Mentors, oversees, and/or trains junior research team members
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renewed based on continued funding availability, research needs, and performance. Additional Information: Anticipated start date: Between May 1, 2026 and June 1, 2026. Minimum Requirements: Ph.D. in optical
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students Able to work independently and professionally with minimal supervision and direction Ability to write scholarly papers based on ongoing research and submits them to journals for publication
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for partial differential equations (PDEs) structure-preserving and data-driven reduced order modeling scientific machine learning In addition to research, the postdoctoral researcher will engage in mentoring
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supervision and direction Ability to write scholarly papers based on ongoing research and submits them to journals for publication Able to work in a collaborative environment Excellent verbal and written