Perhaps a more general way to approach the question would be can one identify the existing comparative advantages related to the wizard power related task to be performed.
If you only want parts which are easy to clearly describe, you can hire someone to CAD them up… or you could describe them to an LLM and have it emit files that you can convert to your CAD of choice.
Don’t know if this is still the case but 15 years ago something very similar existed with CAD/CAM production. The CAD design could be passed through a processor to generate the G-code (instructions the CAM processor reads and follows) and then some machinist would review and “fix” tool path or order to make the code more efficient for production.
The CAD design could be passed through a processor to generate the G-code (instructions the CAM processor reads and follows) and then some machinist would review and “fix” tool path or order to make the code more efficient for production.
This captures another angle on the question of whether one should learn a skill or outsource it: if the same person fixes the tool path and designs the component that needs the path fixes, that knowledge will inform their design choices on future parts. If there’s 2 ways you could draw a part and have it work how you need, then having the skills to fix the tool path and the knowledge to spot that one option would have worse path problems than the other will help you differentiate between the actual costs of the superficially interchangeable higher-level design options.
Perhaps a more general way to approach the question would be can one identify the existing comparative advantages related to the wizard power related task to be performed.
Don’t know if this is still the case but 15 years ago something very similar existed with CAD/CAM production. The CAD design could be passed through a processor to generate the G-code (instructions the CAM processor reads and follows) and then some machinist would review and “fix” tool path or order to make the code more efficient for production.
This captures another angle on the question of whether one should learn a skill or outsource it: if the same person fixes the tool path and designs the component that needs the path fixes, that knowledge will inform their design choices on future parts. If there’s 2 ways you could draw a part and have it work how you need, then having the skills to fix the tool path and the knowledge to spot that one option would have worse path problems than the other will help you differentiate between the actual costs of the superficially interchangeable higher-level design options.