• Owned development of custom aircraft PCBs for the XB-1 Mach 2.2 demonstrator• Developed flight-simulator and mission-critical flight software (C++)• Owned data acquisition system integration for aircraft subsystem tests

• Developed avionics hardware and embedded software for the X-60A hypersonic testbed• Designed ground support, fire suppression, engine, and fuel sensor PCBs• Developed embedded software (C) for sensor inputs, control outputs, and ethernet comms

• Designed Test Article for high-speed verification on Standard Missile 3 Signal Processor Board• Designed schematics and selected components for Javelin Outdoor Trainer IR Emitter/Detector• Created block diagrams, interconnect documents, power analysis, and throughput models

• Developed web interface to display FTP remote server data for German Police Helicopters• Implemented LTE, WLAN, Ethernet, VPN, and Firewall in Java/JavaScript using Debian Linux • Presented the project’s mission, architecture, design, and test procedure to CEO and CTO

• Created MATLAB GUI displaying data from multiple nodes to a real-time plot single interface• Compiled Raspberry Pi and webcam data into a display for researchers studying new drugs• Developed a frontend node controlling power/data flow between separate project modules

• Designed feedback loops for a KUKA robot arm to study structural integrity of a human spine• Developed accelerometer interface measuring ambulance vibrations during infant transportation• Authored “Developing Humanoid Robots Advantageous for Aerospace Applications”

• Developed Optical Sensor Interfaces measuring pressure, temperature, and seismic activity• Tested sensor viability during downhole oilfield application via variable impedance simulators• Tested SPI communication between Isolator Board Nodes for downhole communications

• Researched Chemical Vapor Deposition for carbon nanotubes and nanotransistor synthesis• Tested mechanical and electrical properties of single-wall & multi-wall carbon nanotubes• Authored and presented “Growth of CNTs as a Function of Time and Catalyst Thickness”