Anna Linhoss

Auburn University is advertising a postdoctoral researcher position in the Department of Biosystems Engineering focused on coastal hydrodynamic modeling for oyster restoration in coastal Alabama. The project uses an existing three-dimensional hydrodynamic model of Mobile Bay and the Mississippi Sound to simulate oyster larval transport and identify transport pathways, retention zones, larval source areas, and restoration locations that may support recruitment and long-term persistence. The work is framed as an applied eco-hydrodynamic modeling problem with direct relevance to coastal management. The successful candidate will prepare and refine the hydrodynamic model, develop and run Lagrangian particle-tracking simulations , evaluate the effects of spawning location and timing, tides, river discharge, and wind on larval transport, and contribute manuscripts, reports, presentations, and project deliverables. Collaboration with faculty, field researchers, aquaculture specialists, and resource managers is part of the role. Applicants must have a Ph.D. completed by the start date in engineering, hydrology, oceanography, environmental science, or a related field. Strong experience in numerical modeling and programming in Python or a similar language is required. Preferred experience includes hydrodynamic modeling, model calibration and validation, GIS, coastal and estuarine systems, and tools such as EFDC, Delft3D, FVCOM, ROMS, or SCHISM . The position is for one year with the possibility of continuation. The post does not state salary or other funding specifics. Applications should include a statement of research experience and interest, CV, three references, and a transcript from the Ph.D. program. IELTS or TOEFL scores are requested for applicants who are not native English speakers. Questions and application materials should be directed to Dr. Anna Linhoss at [email protected] . A lab page for prospective students is also linked for additional context.