• Led software variant configuration design supporting code reuse across vehicle platforms for minor variant

changes and new platforms via runtime configurations and OTA updates.

• Coached DREs and developers on scalable and maintainable ways to create new configurations.

• Partnered with production and service engineers to weigh tradeoffs in software configuration versus

workload on factory and service.

• Specified and created unified build system using Jenkins, Python, SCons, and Artifactory to enable

continuous integration, building, and packaging of vehicle software

• Implemented git branching and merge strategy in Bitbucket to support development and test in two week sprints

• Laid groundwork for the development of an in-house over-the-air vehicle software update system including a new software stack to support dynamic network generation based on software configuration and vehicle platform.

Field of View provided drone & manned aircraft operators the hardware, software, and know-how required to produce the highest quality aerial maps possible.

Field of View’s main product was the GeoSnap System, an easy-to-use camera triggering and geotagging device that turned high-resolution and specialty cameras into ultra-reliable aerial mapping systems.

I was responsible for electrical and PCB design and the embedded software to run GeoSnap which handled camera photo capture triggering and realtime logging of position and attitude data. I wrote the post-flight image mosaicking software software in Python to allow the users to view their multiple images as an overlay in Google Earth.

• Worked with team on automated tools written in Python to create vehicle software packages

• Maintained various internal tools to support autonomous drive team software builds and tests