AI Security Device Technical Drawings
Budget: $250 – $750 USD
I have a working prototype of an AI-powered security device and now need production-ready technical drawings that capture every critical detail. The goal is to translate the current physical sample into clear, dimensioned documents that a manufacturer—and any future certification lab—can follow without guesswork.
Here is what I need from you:
• A full set of detailed 2D drawings covering both the exterior housing and the internal layout.
• Cross-sections and exploded views that show board mounts, sensor placement, fasteners, and cable routing.
• Basic 3D views or isometrics only if they help clarify an assembly step; the focus is precise 2D detail.
• All files delivered in PDF for review plus the original source (SolidWorks, AutoCAD, or similar) so revisions remain straightforward.
I will provide photographs of the prototype, rough dimensions, and notes on component tolerances. The drawings must match those measurements, call out materials, and use industry-standard notation.
Acceptance criteria
• Dimensions and callouts accurate within ±0.2 mm of supplied specs.
• Exterior and internal component drawings align perfectly when overlaid.
• Layer naming and file organization kept logical for a smooth hand-off to manufacturers.
If you are comfortable working with small electronic enclosures and can think like both an industrial designer and a production engineer, this should be a concise, rewarding project.
Here is what I need from you:
• A full set of detailed 2D drawings covering both the exterior housing and the internal layout.
• Cross-sections and exploded views that show board mounts, sensor placement, fasteners, and cable routing.
• Basic 3D views or isometrics only if they help clarify an assembly step; the focus is precise 2D detail.
• All files delivered in PDF for review plus the original source (SolidWorks, AutoCAD, or similar) so revisions remain straightforward.
I will provide photographs of the prototype, rough dimensions, and notes on component tolerances. The drawings must match those measurements, call out materials, and use industry-standard notation.
Acceptance criteria
• Dimensions and callouts accurate within ±0.2 mm of supplied specs.
• Exterior and internal component drawings align perfectly when overlaid.
• Layer naming and file organization kept logical for a smooth hand-off to manufacturers.
If you are comfortable working with small electronic enclosures and can think like both an industrial designer and a production engineer, this should be a concise, rewarding project.