Adjunct professor in the Computer and Information Science Department. Current Course: Computers and Creativity

 Developed and maintains software for medical device incorporating SQL Server database, robotics, C#, JavaSript, WPF Current Software Lead on cyber security project overseeing implementation of security modules on legacy medical instruments using CVSS, NIST as guidelines Recently appointed to Cyber Security champion for R&D department, acting as point person for security matters as they relate to the development of software within the department Implemented JavaScript to create robotic movements on prototype instrument, allowing movements in three dimensions Former Lead Software developer for project to modify medical device software for sample size, addition of network communication to middle-ware for test verification and LEAN reporting Responsible for leading software team for sustaining engineering on Front End Automation (FEA) medical device Core Team member for new development project Work with outside vendors to develop interface specification for communications between FEA and middle-ware manufacture Champion for implementation of software unit tests, utilizing Visual Studio 10, 12 13 – recognized as a department leader in unit testing implementation Utilized networking tools such as Wireshark to troubleshoot network communications between instruments Defined specifications and tests for current project

 Developed applications in C++ for five years and C# for six years to model effectiveness of U.S. military weapon systems utilizing Agile development methodologies for desktop applications Designed and implemented Direct Fire Weaponeering system written in C#, utilizing Plug In architecture, from specifications provided by government representatives Created SQL queries for Direct Fire and Indirect Fire JWS database implementation; assisted in design of relational database tables for MS Access for JMEM software, create simple Crystal Reports for data analysis  Served on team to develop JWS - a complete weaponeering system that calculates weapons effectiveness – participated in initial design and implementation of this system that combined two separate weaponeering systems into one, utilized both stochastic and Monte Carlo methodologies to calculate effectiveness of various weapons against various targets Created GUI components with associated operational code for Indirect Fire portion of JWS (Joint Munitions Effectiveness Manual Weaponeering Solution) Integrated components utilizing C++ and C# for computational models written in C++, VB, Fortran Created installation programs for military applications, utilizing InstallShield Designed testing scheme for Surface- to- Surface portion of JWS - utilizing XML to compare results between release versions Implemented continuing education program where staff researches a topic and presents findings to the other developers Traveled internationally, demonstrating use of application to government/military personnel worldwide Briefed military/civilian personnel on proper use of JWS during mandatory governmental user group meetings Performed statistical analysis of AMSAA mathematical models to ensure correctness of results within JWS Utilize Java, SQL Server 2008, Eclipse IDE in Masters Degree classes Received Oklahoma State University Sustained Merit Performance Award in 2008.