Principle software engineer for the telephony routing system developed in JAVA, in concert with third-party software packages Asterisk, Kamailio, RptEngine, and Redis. Maintaining the environment running on AWS Linux, performing enhancements to the legacy systems and constructing applications to monitor the environments health.

Principle design engineer for communication and testing tools to bridge multiple communication systems to one another over a simulated Satellite interface utilizing C++, multithreading, Raw UDP/TCP Sockets, in a distributed simulation environment. Design tools to validate and exercise the data for authenticity, error checking, and stability. Principle designer for Android application to read, parse SNMP messages from a communication device and display the data for human consumption, generate a map of the radio locations, health of the radios, and communication patterns. Development of follow-on functionality to dynamically update and monitor radios for creating an optimal communication system from a central location.

Research and Development of possible future navigation engines for the OnStar system. Developing software solutions designed to leverage the Software Development Kits from both Garmin and TomTom to determine what the capabilities each has for determining a valid routing solution for a user. Along with what modification must be made within the respective SDK solutions to function as a back-end routing solution for the OnStar environment.

Software Design Engineer of Android based devices to communicate with JTRS radios for configuration and configuration resolution of problematic radio networks. Co-developed a client/server system for authentication of Android applications using a cryptographic solution to secure an Android Application's data from malware attacks and intruder avoidance. Server solutions included connectivity to an embedded device via Bluetooth, and through a PHP Web interface via Wi-Fi TLS traffic. Client application developed using Java and C++. Server application developed using C++.

Software Design Engineer for a real-time embedded traffic safety solution running natively on a Netburner 5282. Designed a next generation traffic safety solution utilizing a distributed software solution through a publish/subscribe framework for an Atom PC. Systems Administrator for Fedora 12 and Ubuntu 10.x customized spins developed for the Kontron atom processor and Advantech 64 bit atom processor. LDAP systems administration built on the Red Hat directory services.

Project lead for a real-time distributed simulation of a Ballistic Missile Defense live fire flight tests. Designed and developed multi-threaded High Level Architecture (HLA) Real Time Interface (RTI) applications to collect and process raw live flight telemetry to drive a 3D visualization. Applications and tools for the projects were developed using primarily C++. Principle software was a Live Data Link (LDL) that would read raw data streams via TCP/IP (IPV4 & IPV6 compatible), Serial, and Reflective Memory (Hardware shared memory), process the streams into engineering units, and publish the results as HLA packets via TCP/IP. Designed a replay tool to emulate the data flow of a live flight's raw telemetry I/O utilizing Reflective Memory, L3 Visual Test Station, Burg PCI4422 via DataXpress, TCP/IP IPV4 BSD Socket models, and Serial Interfaces for Solaris, Redhat Linux, Windows, and VME embedded platforms. Principle software lifecycle began on VME MVI 2900 PPC with the kernel built using Green Hills Tornado complier. The project evolved through its lifecycle to migrate to utilize VXWorks, Integrity, Solaris, and finally Linux (Fedora Core and Red Hat EL 5). Lead for simulation development of failure analysis team for the critical design review for the Japanese Flight Test Maritime in 2008. Published the HLA integration of a Standard Missile Six Degrees of Freedom (6DOF) simulation Software Design Description (SDD) for use as a guide to creating an End To End Distributed Design Simulation (ETEDDS).

Systems Administration Manager for the Intel C++ and FORTRAN compiler design data center consisting of over 300 Windows NT and Red Hat Linux 32 and 64 bit compute servers, data servers, and associated Domain services.

Lead Windows NT Systems Administrator for engineering workstations. Managed a Citrix Metaframe environment for ease of use of the UNIX environments. Administrator for Windows NT in a multiple domain environment, maintaining a user database of over 4000 unique users. Performed level 1 support for HPUX, and Solaris. Windows NT Lead for organizing the effort of design and implementation of a robust Windows NT environment company wide use. Developed in-house tools to expedite processes using Visual C++. Developed a uniform standard environment for vending applications to clients using InstallShield Repackager.

Principle design and test engineer for 'Services for Macintosh’ for Microsoft Windows NT, AppleTalk communication protocols, and User Interface; Developed SFM product enhancements for Windows NT 3.5, through 5.0. Design of multithreaded Windows BSD Socket applications in C/C++. Design of Microsoft AppleTalk Device Analyzer for NT 4.0 Resource Kit using Visual C++; Developed Visual test scripts for test automation; Testing Windows Socket functionality for TCP/IP, IPX, and AppleTalk for Winsock 1.1 and 2.0 developed from the BSD baselines.

Test engineer for Microsoft Visual C++ for the Macintosh; Tested AppleTalk communication software and protocols; Maintained, Wrote, and Enhanced the performance of the C/C++ test scripts. Developed product enhancements to Visual C++ for 68K. Developed automated testing methodology with Microsoft Access.

Redesigned the Dialogs, Bitmaps, and Button layout for Microsoft Arabic Excel for the Macintosh; Test engineer for Microsoft Arabic Excel, accompanying macros and localization.

Technical support engineer for Microsoft C/C++ 7.0, Assembly, FORTRAN and PASCAL; Provided Windows API and Windows SDK support; Software Beta tester for Visual C++ 1.0.

Principle programmer of a multitasking data-collection unit to perform the functionality of a time clock that handles communication with remote systems using C; Handled customer assistance on application design and functionality; Principle programmer and Tester of Scheduling, Time and Attendance applications for Veriphone Pinstripe hardware using C and RPG/400; Programmer for applications for the Telxon hand-held retail system using COBOL.