What You'll Do:Design compact, self-contained CFD and aerodynamics tasks that evaluate AI models' engineering reasoning.Create clear and technically accurate problem statements covering topics such as boundary conditions, mesh quality, flow regimes, and simulation setup.Develop deterministic scoring checkers that objectively evaluate AI-generated responses.Produce verified reference solutions to ensure each task is technically accurate and fully solvable.Review and refine engineering tasks to improve clarity, physical accuracy, and appropriate difficulty.Apply real-world experience with OpenFOAM to develop practical and realistic engineering scenarios.Work independently in a fully remote, asynchronous environment with complete scheduling flexibility.Requirements:Bachelor's degree (or higher) in Aerospace Engineering, Mechanical Engineering , or a closely related discipline.Hands-on experience using OpenFOAM for computational fluid dynamics simulations.Strong foundation in fluid mechanics, aerodynamics,



and heat transfer principles.Experience with:Mesh generationTurbulence modelingBoundary condition specificationPost-processing and simulation analysisAbility to write clear, precise, and objectively verifiable engineering problems.Excellent written English communication skills with the ability to explain complex technical concepts clearly.Self-motivated, detail-oriented, and able to work independently with minimal supervision.Nice to Haves:Experience working on aerospace, automotive, motorsports, renewable energy, or industrial CFD applications.Familiarity with advanced CFD validation and verification techniques.Experience reviewing technical documentation or engineering research.Previous experience contributing to AI, simulation, or data annotation projects.Fully remote, independent contractor opportunity.Versátil schedule with an expected workload of 10–39 hours per week , depending on project demand.Compensation ranges from $80–$110 USD per hour , based on qualific

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