Smart Wearable Enclosure CAD Redesign

The current enclosure of my wrist-worn smart device exists as a Fusion 360 assembly, but it still takes too many steps to put together on the bench. Your task is to refine that design so the next revision is straightforward to assemble and friendly to large-scale CNC machining.

You will start by reviewing my existing Fusion 360 file, tightening the external form, re-laying internal PCBs, battery and sensors, and adding all mounting, snap-fit or screw bosses needed for a clean mechanical stack-up. My top priority is making the enclosure easier to assemble and manufacture, so every decision—from wall thickness and draft angles to fastener choice—should reflect Design for Manufacturing principles.

Once the architecture is locked, I need fully detailed, tolerance-controlled documentation ready for both prototype CNC runs and future production.

Deliverables
• Fully parametric Autodesk Fusion 360 model of the complete enclosure assembly
• CNC-ready 3D geometry and tool-path-friendly bodies
• Formal DFM review with notes on machining, finishing and assembly flow
• Tolerance-controlled 2D engineering drawings (Fusion 360 + PDF)
• Neutral STEP files for downstream CAD and vendor use
• PDF package of all finalized drawings and build documentation

A background in compact electronics housings, precision mechanical design and production machining will make this go smoothly. If you are comfortable iterating quickly in Fusion 360 and can hand back a clean, organised data set that a CNC shop can quote immediately, we will be an excellent fit.