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Left: Enclosure base & PCB. Right: Fusion 360 toolpaths.

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Part failure during CNC facing process. Adjustments to tool selection and speeds made to successfully machine part on second CAM iteration.

Thorughout the course of this project, I worked closely with Purdue's Bechtel Innovation Design Center to manufacture a clear, waterproof PCB enclosure for purpose of detecting E. coli bioluminescence in contaminated food samples. I modified the design for manufacturability, created toolpaths, and ran the CNC mill to successfully machine the base feature of the enclosure.

Waterproof PCB Enclosure
(Drop-in Biosensors)

Organization

Purdue University

Applied Optics Lab

Supervisor

Professor Euiwon Bae

Year

Fall 2021

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