Education

• BS in Electrical Engineering, University of
  Washington

Recognition

• Certified LabVIEW Developer; Apr 2017
• Angus J. Henderson, Pamela M. Roper, Lawrence
  A. Borschowa, and Roy D. Mead, “Stable,
  continuously tunable operation of a diode-
  pumped doubly resonant optical parametric
  oscillator,” Opt. Lett. 25, 12641266 (2000)

Interest / Obsessions

• Mountains
• My cats and dog

Favorite Quote

• “Do you ever just get down on your knees and thank god that you know me and have access to my dementia?”
  – George Costanza

Expertise

• Consumer and Medical product development
• LabVIEW and LabVIEW FPGA
• Circuit board design
• OrCAD and CAM350 development tools
• Motor controls
• Wireless charging
• Low power design
• Wearable devices
• System integration
• Design under ISO 13485 certified Quality System

Experience

• Worked on the following wearables:-Updated a medical pedometer to replace EOL parts, and added wireless charging, accelerometer, and Bluetooth module.
  -Characterized and tested subsystems of a transdermal fentanyl delivery patch.
• Completed EE design for second generation atherectomy catheter control PCB and FDA compliance testing and
  documentation.
• Designed wearable patch for transdermal fentanyl delivery.
• Performed characterization testing on the ASIC boost circuit and battery usage analysis and production root cause
  testing.
• Modified high powered 1064nm lasers to produce 532nm lasers.
• Built optical parametric oscillators using diode pumped laser source and periodically poled lithium niobate (PPLN) crystals to create custom wavelengths. Developed a Labview application used in a prototype device to detect TB. Involved control of stepper motors, TEC controller, machine vision for fluid detection, and optical measurements of fluorescence in a microfluidic cartridge.
• Developed a Labview application used in a prototype device that measured blood gases. Involved SPI interface to MUX’s, ADCs, and DACs on custom PCB boards.
• Developed a Labview application used to calibrate radiometers that measure irradiance of therapeutic blue light sources. Involved interfacing to existing hardware, added additional hardware, and created a new user interface.