D. in civil, coastal, or environmental engineering; geography; earth, ocean, or atmospheric science; or related field; Demonstrated research experience in numerical modeling or geospatial analysis of flood hazards, as evidenced by doctoral research or peer-reviewed publications; Knowledge of coastal, riverine, and/or urban flood processes and the numerical models used to simulate them; Skill in GIS and scientific programming (e.g., Python, MATLAB); Ability to conduct independent research and publish peer-reviewed work; Ability to communicate technical results to community, agency, and sponsor audiences; Ability to perform field work at remote coastal sites; Continuation subject to availability of sponsored funding; Travel to field sites, including remote communities in Alaska and the Chesapeake Bay region; field work may involve small boats and variable weather; and. Preferred Qualifications: Flood resilience work with Chesapeake Bay communities (MD/VA); Community-engaged research with Alaska Native or other Indigenous communities; Experience with Arctic coastal hazard modeling; Experience with operating field sensor networks; Publications, proposals, and student mentoring; Knowledge of Arctic coastal hazards and nature-based flood solutions; Skill with surge-wave and stormwater H&H models on HPC systems; and.