Designing and implementing server and mobile software to provide monitoring and notification software for detecting quality of WiFi and network services within organizations. The software ranges from running on embedded systems to in the cloud with very large data sets. Provided leadership during a critical transitional period to a team scattered across multiple countries and time zones.

Modernized production systems with virtual machines.Finished firmware implementation of 2 processor disinfection device.Fixed third party firmware bugs in a very complex software system.Senior engineer on industry award winning anesthesia syringe labeling device. Authored and reviewed many functional and technical specifications.Defined and implemented the web based user interface for displaying status of a specialized RAID server.Participated in an industry initiative to specify the functionality for Basic Image Review (BIR) of DICOM data stored on a DVD disc. This required multiple in person meetings with technical leaders from other companies and user advocates of the BIR. For more information, see http://www.ihe.net/Technical_Framework/upload/IHE_RAD_Suppl_BIR.pdf and http://wiki.ihe.net/index.php?title=Basic_Image_Review.Architect and senior software engineer on a medical image importing device. Participated in the design of the user interface. Met aggressive schedule and added additional features beyond original input requirements. Visited several customer sites to acquire feedback and perform integration testing. Provided technical and functional leadership to a team of junior engineers.Co-developed web user interface to a medical disc publishing device. Internationalized handling of text to support multiple languages.Architect and developer of system for tracking software tools used in the manufacturing environment. This met company quality and regulatory requirements by tracking the life of a production software tool and by providing a means to test the integrity of the tool's bits on a scheduled interval. Architect, developer, and project lead for production software to control the flow and labeling of product through assembly line. Included networked PCs, accessing a DB, bar code printers, and RFID.Linux device driversAssisted in developing formal test procedures for existing imager in order to assist the company meet quality goals.

Developed Digital Multi Meter as a Windows application. Written in Visual Basic.Wrote extensive user documentation for Visual Basic Custom Controls that included help files for Windows.Developed set of Visual Basic Custom controls for line of Data Acquisition hardware.Developed Windows device drivers for line of multi-port RS-232/422/485 serial communication devices (ISA, PCMCIA).

Developed software for allowing handhelds to wirelessly communicate.System engineer for complete line of communication cards and cables. Included improvements for EMI and RFI. Required using frequency analyzer and a screen room. Used oscilloscope to debug hardware.

Developed and prototyped parser for HPIB protocol (IEEE488.2). Code written in C.Involved in researching VXI standard and protocols. Participated in several VXI consortium meetings.Added new features to firmware for Digital Multi-Meter. Original code written in FORTH. Used logic analyzer.Designed new hardware features for several products including power supply regulator and power brown-out handler. Used digital oscilloscope to debug and test hardware.Co-developed graphing software for displaying CV data. Code written in HP-BASIC.

Modified PC BIOS to support new keyboard. Code written in Intel 8088 assembly.Developed Keyboard for Laptop included 8049 circuit design, firmware, and layout of keys. Major achievements were the abilities to hot plug the keyboard into a computer while establishing reliable communications and to have an ergonomic layout that fit into a small form factor. Used emulator.