• Developed and maintained software for state-of-the-art house-scale concrete 3D printers using Go, Javascript/React, C++, Python, and ROS.

• Led and trained a technician team to produce the company’s first four 3D printed houses using custom software.

• Developed and deployed an intuitive React UI for calibrating the machine’s positioning system. This generalized the process and allowed technicians to perform it faster and with fewer errors.

• Implemented the Lucas-Kanade optical flow algorithm for measuring concrete flow rate with a high speed camera.

• Created and maintained SQL scripts that automatically query Intel’s databases

and summarized data for engineers to use every day.

• Wrote a program using Python and SQL that scans multiple databases across

sites and alerts my team if lots exceed critical queue time between operations.

• Thoroughly reviewed quality events and worked with engineers to find root

cause, then implement preventative actions.

• Operated, troubleshooted, repaired, and maintained numerous 3D printer

models, computers, and other 3D technology.

• Disassembled, transported, and reassembled a 3D scanning studio made with

over 100 networked Raspberry Pis and cameras one week ahead of schedule.

• Created quotes and worked with clients to complete their projects with the

correct materials and techniques.

• Worked on a team to design and build the 2017 AZLoop Hyperloop pod for the

SpaceX Hyperloop Competition.

• Collaborated with several sub-teams to achieve a safe, robust power system for

the pod that powered all of its electrical components.