Computational Fluid Dynamics (CFD) Engineer

Overview In this role you apply CFD to propulsion and power projects for Navy aircraft systems. You will build and evaluate 3D flow models using in-house tools, addressing issues like flow separation and heat transfer, and suggesting improved inlet/nozzle designs. You’ll produce results and presentations for program managers and collaborate with a cross-functional team to deliver rapid, actionable insights. The work supports critical jet and rotorcraft propulsion development, contributing to fleet reliability and performance. This position offers hands-on impact in a fast-paced, mission-driven environment. Compensation / Benefitsovertime eligibilityshift differentialdiscretionary bonus ResponsibilitiesSupport and enhance ongoing fluid dynamics analysis projects in the Propulsion and Power organizationDevelop 3D flow models using in-house tools to support propulsion customersAnalyze flow separation, flow-induced forces on nozzles/inlets, and heat transfer for Navy systemsPropose improved inlet and nozzle designs to enhance efficiency and durabilityReview fleet failure data and deliver accurate, rapid results to customersPost-process results and create status reports/presentations for non-CFD audiencesWork both independently and as part of a collaborative team Key requirementsBS with 8+ years, MS with 6+ years, or PhD with 3+ years experienceBS in Aerospace, Mechanical Engineering, Physics or related discipline (PhD preferred)Proven ability to set up, run, and assess CFD simulations independentlyBackground in rotorcraft operation and rotor blade modelingExperience with HPC systems and Linux (CLI, file transfers, scripting)Eligibility to obtain DoD Secret security clearance (US Citizenship)Excellent communication and collaboration across organizationsAbility to brief technical and non-technical audiencesCAD proficiency with SpaceClaim, Solidworks, or Rhino (mechanical-to-fluid model conversion)CFD automation scripting (submission, pre-/post-processing) and batch workflowsExperience with CharLES and/or LES for aircraft/gas turbine flowsDeep knowledge of CFD/RANS/LES mathematical models (boundary layers, flow separation, shocks, turbulence)