Developed software for Imaginant’s UltraSonic Pulser/Receiver uPelt-ts5+, which uses ultrasonic pulses to measure the thicknesses in µm of individual layers of paint up to 8 layers at once, using Qt, C++, and embedded Linux. Configured RNDIS for communication between a PC and the gauge. Designed a software upgrader to handle changes not only to the main application, but also the entire filesystem and u-boot. Developed production utilities to configure new gauges for both the uPelt-ts and also new stand-alone high frequency pulser/receivers. Implemented a completely new modular framework for deploying supporting software solutions for the uPelt-ts gauge including a TestBench for software verification. Features include: FTP Client interface, configuration management tool, and a file system watcher.

Developed initial software with Embedded Linux and C/C++, for a new barcode reader which will decode 1D and 2D barcodes using a Freescale i.MX6 processor. Utilized the mature product related to this, the DCR200i, to develop a specialized version for one of our customers. Embedded C development of barcode readers for medical blood analysis machines. Updated code for the new boards with an ARM processor from older boards which used a C166 processor using Keil μVision. Rewrote code in C from Assembly. Worked on the pattern extraction algorithms and the decoders for different 1D barcodes. Unit tested code under development. Created several different releases of the code for different applications.

(Temporary Position through Quality Recruiting Services) Sustaining Engineering for a printing device using Xcode and Objective-C.

(Temporary Position) Developed an iOS game using XCode, Objective-C and Cocos2d.

(Contract through Yoh) Developed embedded software control for military radios in C/C++ with the Soldier Radio Waveform. Worked on the MAC layer to establish networks amongst different kinds of radios, transmitting/receiving voice and data.

Developed a mobile app for Xerox using Flash Builder 4.60 (Actionscript 3 and MXML). Integrated social media, Facebook, Flickr, and Twitter, with digital printing controls for a Blackberry device.

C++ work on Nuvera, Xerox’s high-end black and white production printer, 144 ppm. Worked with mechanical engineers to integrate a complex dynamic device. Delivered high quality and timely machine module controls software for all software releases. Reviewed all requirements impacting my sub-system. Prioritized, investigated and resolved problems and events in a timely manner. Implemented Lean Six Sigma activities. Expanded knowledge of the Machine Module Team and drove constant improvement of the machine module code and architecture. Customer/Field Tech Escalations support.Key deliveries included:• Created software for a new fixture, the BFM (Basic Finishing Module). Implemented dual BFMs, work that allowed customers to attach more than a single finishing module to the printer, creating a significant improvement in efficiency. Applied new specifications essential to the function of an additional device, the Interface Module Top Tray, revising legacy code. • Collaborated with Xerographic process controls engineers to remedy numerous TRC convergence printing faults on the Xerox Nuvera (Black & White production printer, 144 ppm). Extensively tested and integrated new fault notifications into the code that resulted in a significant efficiency gain. Service technicians now have the ability to quickly identify problems reported by customers experiencing image quality issues. Diagnoses that once involved days of down-time now can be addressed in minutes.

Created a graphical user interface in Matlab to automate print analysis. Conducted and analyzed a psychophysical study to determine a new specification. Participated in fault assessment meetings analyzing the quality and attributes of competitors’ and Xerox’s prints.

Developed and tested a DMD (Digital Micrometer Device) controller, Authored two research papers on the DMD. Designed, assembled, and tested printed circuit boards. Searched, selected, and purchased electrical components.