Ben Voter Email and Phone Number

- Member of the Cross-product Camera SW team. - Responsible for supporting cameras on in-development products from the initial HW bring-up through to product launch, as well as post launch support.- Work closely with various sensor and SoC partners to implement and maintain the device drivers and ISP firmware for MIPI- and USB- based camera.- Directly support the factory to enable their camera functionality tests leading up to (and including) mass production.

- Overseeing management of nine different six-student teams developing separate mechatronics projects- Scheduling and leading internal tutorials on embedded systems, computer programming, 3D modeling, and other mechatronics related areas- Producing and presenting intro level tutorials on Arduino programming for high school - college age students from non-technical backgrounds

Developing code infrastructure to aggregate MQTT-published data from our campus IoT testbed into a MongoDB database

Stationed in ISR-3: Space Data and Science Systems.- Designed and developed a satellite ground support testing unit, emphasizing size, cost, and reconfigurability- Researched and tested proprietary and open source components for the development of a Joint-Architecture Standard for next-generation satellite ground support equipment (PAC-JAS)- Wrote over 20 modular Arduino and C++ sketches to demonstrate the capabilities of a portable, low cost, open source prototype RFU (Reprogrammable Field Unit)- Wrote and submitted over 30 fab orders for assembling prototype boards; Created multiple SolidWorks parts- Extensively programmed in LabVIEW 2018 to create an intuitive user interface for field test equipment- Wrote over 10 sketches to implement I2C, CAN, LoRa, and BLE communication between field nodes

Stationed in AOT-AE: Particle Accelerator Operations and Technology- Measured field strength and characteristics of recycled particle accelerator skew quadrupole magnets- Virtually calibrated a set of four quadrupole focusing magnets for a compact linear accelerator, using a LANL export-controlled program, to manipulate beam shape to within waveguide specifications- Programmed a shell script and a C program to input and intelligently modify simulation parameters, automating the calibration process