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 generation
- Turbulence modeling
- Boundary condition specification
- Post-processing and simulation analysis
- Ability 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.
- Flexible schedule with an expected workload of 10–39 hours per week , depending on proje

📌 Copy of CFD (Italia)
🏢 Lifted, an Upwork
📍 Italia