Lead Mechatronics Engineer
Research, design, and production of airborne sensor systems: integration of sensors (GPS, INS, EO Camera, IR Camera, LiDAR, ...), firmware development, software integration, mechanical CAD and CAM, parts sourcing, documentation (ICDs, technical manuals, user manuals, ...).WAMICam3 Project• Managed mechatronics team producing novel ¼ Gigapixel Wide Area Motion Imagery (WAMI) system• Ported firmware to new microcontroller ecosystem• Tested multiple vendors Inertial Navigation Systems (INS) to select for optimal SWaP and performance• Prototyped novel Pinion Gimbal concept across multiple scales• Flight tested Pinion Gimbal designs• Designed and conducted tests on multiple EO cameras to select for optimal performance and integration• Designed and conducted tests on multiple IR and low light cameras to evaluate practicality for system• Oversaw design, construction, and integration of 12inch prototype system for developmental flight testing• Reengineered, built, and tested flight version of power system• Designed, manufactured, and installed cabling• Researched, sought quotes, and purchased mechanical and electrical COTS parts for system• Created ICDs, technical, and operator manuals for system• Conducted field testing, first installs, and evaluation test flights of complete 15inch system• Delivered Prototype 15inch ¼ Gigapixel WAMI SystemAir-to-Ground Link• Developed and installed gimbaled tracking system to improve Air-to-Ground link for WAMI testing• Researched, sought quotes, and purchased mechanical and electrical COTS parts for tracking systemAircam Demonstrator Integration• Designed mounts for 12inch prototype system to be moved to Aircam Demonstrator Plane• Manufactured and installed systems components onto Aircam• Confirmed proper function through initial flight tests