Dissertation Topic - Electrofluidic Imaging Films for Improved Performance and Simplified e-Paper- Invented novel reflective display technology employing electrowetting and microfluidics as actuation methods which achieves unprecedented levels of colorant compaction and reflectance- Developed flex-compatible, zero-alignment step fabrication process for device platform described above- Developed software platform for high speed generation of mask designs for zero-alignment display technology- Designed and built optical measurement systems for characterization of reflective display performance- Developed optical simulation software to quickly approximate light losses inside optical layers of electrofluidic displays- Applied theory for fluid displacement in porous media to Electrofluidic Devices- Presented Research internationally while pursuing PhD

-Developed test flows and burn-in tests for high quality ICs with on chip flash for applications in the automotive industry. -Wrote low level test code for on-chip flash memory. -Developed benchtop IC test software for auto loading and executing a large suite of flash memory tests for simplified, low-cost test flow development.