Served as the Project Manager for the GoJett graduate project with the University of Colorado. The main goal of the GoJett project was to design, build, and test an inexpensive supersonic UAV that would set the world speed record for a vehicle under 50 kg and could be used for low cost supersonic testing. I led a team of 16 engineers through a full redesign and complete structural integration of the aircraft.

Supported the GoJett graduate project with the University of Colorado. The main goal of the GoJett project was to design, build, and test an inexpensive supersonic UAV that would set the world speed record for a vehicle under 50 kg and could be used for low cost supersonic testing. My work was focused on overseeing the manufacturing and integration of the GoJett engineering test unit.

Helped with the research and development of a GNSS data collection system that would allow for the performance testing of various GNSS front ends through the use of a USB 3.0 connection and a host computer. In addition, I continued to oversee the low cost GPS jammer and spoofer modules from my previous work with the Colorado Center for Astrodynamics Research.

Served as a member of the Parts, Materials, and Processes Team within the Military Support Program division of Special Programs. Work was focused on systems engineering and supporting the manufacturing and testing of carbon nanotube materials. Other work included creating electronics schematics, supporting PMP meetings, analyzing test data, and performing data pack reviews.

Worked on the development of a low cost module for the automatic detection and location determination of GPS interference systems. This included the detection of both GPS jammers and spoofers. Coauthored one conference paper, and presented my work at a design symposium.

Designed and built a completely functional prototype asteroid lander probe (including all subsystems) that would record, store, and forward seismic data. The probe was validated in a laboratory environment in order to demonstrate Technology Readiness Level 4 in support of the Binary Asteroid in-situ Explorer (BASiX) Mission. I served as the C&DH system lead where I helped with PCB design, PCB manufacture, electronics schematic design, systems engineering, and a number of other tasks. I also participated in all major design reviews and all technical papers. I also presented the team's work at the AIAA regional student conference.

Worked on the Dream Chaser project and helped with other internal defense projects. I developed a visual telemetry analysis GUI for the Dream Chaser to help with system testing and mission operations. Also, I created a 3-D visualization tool to analyze predator drone telemetry and show the field of view for UAV instruments and the respective UAV flight path on a 3-D map for mission operations.

Supported the Ground Segment Team's communication pathways. This largely consisted of developing Java software on Linux machines.