Postdoctoral Appointee - Marine and Wind Energy Systems, Hybrid

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We are seeking a Postdoctoral Appointee with experience in basic and applied research for marine environments and hydrokinetic energy systems. As a postdoctoral researcher within our Aerodynamic Technology & Energy Systems department, you will conduct research related to marine renewable energy, contribute to a broad research portfolio, and support execution of the program. You will also have the opportunity to collaborate on other activities in the department related to wind and water power to assist in furthering the development of a cross‑cutting research portfolio.

On any given day, you may be called on to:

• Use hydrodynamic models using structured‑ and unstructured‑grids to assess marine energy resources.
• Utilize wind and marine turbine design and analysis tools, e.g., OpenFAST.
• Post‑process model inputs and select model settings to perform model simulations.
• Conduct post‑processing and statistical analysis of model outputs.
• Analyze extreme n‑year period events (e.g., the 100‑year wind current speed).
• Perform model verification and validation.
• Analyze and interpret model results.
• Co‑author study reports and peer‑reviewed journal articles.
• Publish and present their research at scientific conferences and workshops and in technical journals.
• Travel as required by business needs.

The selected applicant can work a combination of onsite and offsite work. The selected applicant must live within a reasonable distance for commuting to the assigned work location when necessary.

• PhD in Ocean Engineering, Coastal Engineering, Oceanography, or other relevant, related engineering or science discipline
• Ability to obtain and maintain a DOE L‑level security clearance

• Foundational knowledge in fluid mechanics
• Computer programming skills in, MATLAB, Python or similar
• Record of publishing (technical reports, conference papers, journals, or similar should be listed in resume)
• Strong written and verbal communication skills
• Strong interest in performing basic and applied research
• Experience and ability to work on numerous tasks and react to quickly changing requirements
• Experience in statistical and uncertainty analysis
• Knowledge and experience in high performance computing
• Knowledge and experience post‑processing and analyzing large data sets up to dozens of terabytes

The Aerodynamic Technology & Energy Systems department conducts advanced research in airflow and structural dynamics and develops innovative wind energy technologies. We apply deep expertise in engineering, materials, and data science, including AI/ML, to evaluate aerostructural and aeroelastic properties of aerodynamic systems, with a focus on high‑fidelity modeling and simulation and verification & validation (V&V). Our expertise also includes data analytics, advanced manufacturing of aero and hydro rotor technology, composite materials applications, advanced instrumentation development, novel remote power generation, and energy systems integration.

Through partnerships with industry, academia, other National…