Building the best file viewing experience in Google Drive.

I built a functioning prototype of a low-cost inkjet 3D printer. I was responsible for every aspect of the design and build process; from coding the firmware, slicer and computer vision system to the electrical and mechanical design.Architected and implemented software for 3D printer including:Developed UI in Flask to display files from headless Raspberry Pi. Developed firmware controlling motors, heater, pressure system, and SPI communication between micro-controllers.Slicer to preprocess print files and generate support material files. Automated backend system to integrate with Onshape's API to manipulate CAD files.Computer VisionDeveloped computer vision system using OpenCV to create 3D reconstruction of print surface.Explored face scanning techniques for custom eyewear including:Geometric algorithms using CNN's to locate landmarksDeep learning methods with Tensorflow to map facial features Various third party face scanning API's

7-month contract positionResponsible for designing, fabricating, and managing the development of a small-scale continuous electroplating systemAs Xtalic's only non-chemical engineer, responsibilities also included designing and building various test equipment for the research lab

Designed complex sheet metal geometry and vac-formed parts for the facade of slot machines.Led weekly meetings with engineers, artists, and manufacturers to ensure designs were ready for high volume production

Small start-up with ambitious goal of developing low cost metal 3D printersIn charge of mechanical design, CAD documentation, and fabrication for prototypesDesigned machined metal, laser-cut acrylic, and plastic 3D printed parts

-Worked on pickle & anneal lines on rolled steel-calculated and helped manage different parameters on the line such as titration rates, line speeds, furnace temperature -Developed excel tools to eliminate hand calculations

-Work with Tungsten Carbine and Colbalt Powder production lines-Collect and analyze live data streams from production line to identify unknown trends

- Grew graphene by CVD on copper and nickel alloys- Transferred graphene samples to various substrates.- Categorized samples with optical microscopy and RAMAN