JPL is seeking a postdoc that will lead research on the growth, characterization, and optimization of high-density, conformal metal fluoride coatings. The work includes investigating ALD growth behaviors, improving process stability, and developing scalable approaches that bridge laboratory research and potential industrial-scale implementation for flight hardware. This research aims to evolve current anti-reflection coatings into complex, multilayer UV optical systems by addressing key challenges such as coating durability, interfacial chemistry, and long-term stability. The postdoctoral scholar will contribute to developing innovative approaches to thin-film deposition and surface analysis, supporting high-impact publications and advancing JPL’s leadership in astrophysics instrumentation. The appointee will collaborate with JPL scientists and engineers and contribute to ongoing, fully funded research efforts supporting NASA ROSES projects and future mission concepts. The work is research-focused and designed to expand JPL’s scientific capabilities, independent of project-critical deliverables.
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Job Type
Full-time
Career Level
Entry Level
Education Level
Ph.D. or professional degree