• Implemented a Deep Q-Learning agent in Python that uses Tensorflow, OpenCV and EasyOCR to play “Fishy” the flash game• Crafted a custom Linux image for the RG35xx using Buildroot• Designed and deployed IoT devices for monitoring playground equipment, incorporating flash memory logging to capture usage data• Created a 4G LTE WiFi hotspot• Created an arcade-style kiosk that boots directly into a game, leveraging a customized version of RetroPie for rapid start-up• Cross-compiled the NetSurf web browser to an ARMv7l device, optimizing it for Linux with the SDL framebuffer

• Designed hardware for a flamethrower that carries over 60A and implements a 30,000Vplasma vortex ignition system• Designed hardware that suppresses transient voltages and stably powers an ESP32 MCUin the presence of an high-EMI-producing, 30kV electric arc• Developed an ESP32 web server to provide diagnostics and system information, includingvoltage and current at various points of the circuit, over a direct Wi-Fi connection• Rapidly prototyped flamethrowers using advanced manufacturing methods, including 3dprinting, laser cutting, water jetting, forging, etc.• Performed stress tests to ensure flamethrower durability• Worked with domestic and foreign suppliers to source plastic and metal parts, actuators,and electronics• Collaborated with a team consisting of marketers, mechanical engineers, and artists• Developed our Shopify site

• Replaced ICs and redesigned circuit board when chips became unavailable• Updated firmware and wrote new drivers to be compatible with the new hardware

• Designed a circuit board compliant with FCC regulations for a Class B device, in accordance with IEC60601-1 regulations. The main processor communicated with onboard peripherals at speeds up to 1 Gbit/s, and utilized communication protocols including I2C, UART, BLE and MIPI• Developed firmware and drivers in C for multiple Arm Cortex-M based MCUs• Built a custom Linux distro (buildroot)• Wrote Linux userspace drivers, firmware, and software to control the medical device• Designed embedded GUI applications in Flutter and GTK• Developed circuit boards, firmware, and GUI (JavaFX) applications for manufacturing QA

• Developed a 3G cellular-connected sensor to monitor the fill-level of waste receptacles• Wrote scripts to pull data from a database and display in a graphical format• Pitched to investors and startup communities throughout Utah• Rapidly prototyped 5 fill-level sensors (Ultrasound, ToF, Infrared, Optical)

• Developed a low power display driver for the VivoActive 3