[Hiring] AI Training - Open Source CAD Research - Aerospace Engineers @Prolific Academic Ltd

Role Description

This is a task based AI Training job that allows workers to choose their schedule and how much they work - there's no fixed schedule and no minimum hours requirement.

We are seeking Aerospace Engineers to join our expert network. This project supports the development of next-generation AI models by capturing how experienced engineers approach:

• Real-world CAD design challenges
• Validation workflows

Joining our talent pool for this project also opens the door to similar paid projects in future. Everything is fully remote and ad hoc, on a freelance basis, with full control over which projects you accept. Payments are made via PayPal.

Once you have joined the talent pool, you will be asked to complete a short screener (around 10 minutes, compensated at $12/h), and if selected for the project will be asked to take part in tasks of various complexities paying up to $120/hour.

Qualifications

• Bachelor's degree or higher in Aerospace Engineering or a closely related field
• Strong proficiency with open-source CAD software (e.g., FreeCAD, KiCad, or similar)
• Comfortable using Linux and/or Windows environments
• Strong analytical and problem-solving skills with excellent attention to detail
• A reliable internet connection and access to a computer

Requirements

• Python development experience with the ability to write and execute scripts independently (useful but not mandatory)
• Experience writing validation scripts (not just using pre-built tools)
• Comfortable working from the command line

Tasks

• Design physical objects suitable for 3D printing using open-source CAD software.
• Complete engineering design tasks while your workflow, including tool usage, clicks, and design decisions, is captured to help train AI models on engineering problem-solving.
• Write and execute Python validation scripts to support your design workflow.
• Examples of tasks include:
  • Fixed-wing glider maximizing glide distance (≤4 printed parts)
  • Propeller blade optimizing static thrust
  • Rocket fin set minimizing drag while maintaining stability
  • Drone frame minimizing weight subject to impact survival
• Typical tools include: XFoil, OpenFOAM, OpenRocket, JavaProp, FreeCAD
• Tasks are posted individually - you'll see task details, time estimate and pay before deciding whether to take one on.

Benefits

• Chance to influence the AI models of the future using your professional expertise
• Competitive pay rates
• Flexible hours
• Ability to work from home