* Subsystem lead for both heavy structural elements and fine robotic manipulators* Developing processes to streamline the purchasing and build of large scale robotic systems

* Developed liquid based thermal management system for rugged, high powered autonomous robotic compute module able to dissipate ~2000 watts from an IP65 rated enclosure in up to 45C ambient temperatures* Conducted exploratory and validation testing for thermal system to validate theoretical modeling* Conducted shock & vibe testing on all proposed components to ensure robustness in final product* Developed expected shock & vibe profile based on a combination of military vehicle standards and field data* Worked closely with cross-functional teams of engineers and technicians in order to rapidly develop and prototype interconnected systems in parallel

Drove annual operating cost reductions in excess of $250,000, and improved OEE of machines in coverage zone from 60% to 90% over six months.

Undergrad and graduate studies

Provided guidance and assistance to any student who needed parts made.Machined parts from provided drawings or cad files using CNC machines.