Remote CFD & Aerodynamics Automation Engineer (Part-Time)

Gramian Consulting Group; United States; Remote; USD 83,000 - 152,000; Part time

Job summary

Gramian Consulting Group is seeking Aerodynamics and CFD Specialists with strong Python coding skills for an AI training project focused on aerodynamic analysis and engineering simulations. You will develop and validate computational workflows, create meshes, and implement solver setups.

Ideal candidates combine fluid mechanics expertise with practical software development, able to automate tasks, run CLI-based simulations, and interpret lift/drag data while ensuring numerical stability.

Qualifications

• Strong programming ability in Python for automating engineering workflows.
• Solid understanding of fluid mechanics and applied aerodynamics.
• Experience formulating and executing CFD/aerodynamic analyses.

Responsibilities

• Solve and validate complex aerodynamic and CFD problems.
• Translate engineering requirements into computational models and solver-ready cases.
• Create geometries, domains, and meshes; define conditions and solver settings.
• Run CFD/aerodynamic workflows via command-line tools and scripts.
• Write Python code to automate preprocessing, runs, sweeps, postprocessing, and validation.
• Document methodologies, decisions, and results.

Skills

Python programming

CFD

Fluid dynamics

Aerodynamics

Numerical analysis

Automation scripting

Command-line workflows

Engineering analysis

Education

Masters or PhD in Aerospace/ME

Bachelor's in Aerospace/ME + 1–2 yrs aerodynamics experience

Tools

Python

CLI tools

Automation tooling

Job description

Gramian Consulting Group is seeking Aerodynamics and CFD Specialists with strong Python coding skills for an AI training project focused on aerodynamic analysis and engineering simulations. You will develop and validate computational workflows, create meshes, and implement solver setups.

Ideal candidates combine fluid mechanics expertise with practical software development, able to automate tasks, run CLI-based simulations, and interpret lift/drag data while ensuring numerical stability.