Professional Summary
Fifteen plus years of experience as a Government contractor. Experienced analytical lead for LVC distributed test events, data analysis, data management and reporting results. Excellent analytical problem solving ability and strong team player.

Security Clearance: Active Top Secret/SCI Elgible

Education
1997 Masters of Science - Engineering Technology - University of Southern Mississippi
1994 Bachelor of Science – Mathematics – University of Southern Mississippi

Experience
2009 - 2013 Clear Creek Applied Technologies at Wright-Patterson AFB
Senior Analyst
Ø Support team member for Live-Virtual-Constructive (LVC) simulations for the Simulation and Analysis Facility (SIMAF)
o B-2 AEHF – Evaluate situational awareness changes with different communication levels.
o Air to Ground Integration Layer Evaluation (AGILE) Fire – Lead analysis for distributed events
o AEA4+ (Airborne Electronic Attack) – System of System Early Warning (EW) radars with Command and Control capability driven by an Integrated Air Defense System.
o MALD IOT&E – Miniature Air Launch Decoy (MALD) effectiveness study against EW.
o MALD-J – Validation of SIMAF EW environment to support MALD-J testing.
o ANI (Airborne Network Integration) – Evaluate the effectiveness of added communication.
Ø Responsibilities include
• Develop validation and verification plans.
• Track, report, and lead weekly meetings for distributed events.
• Develop and execute data collection requirements to answer customer objectives.
• Collect and analyze data using a variety of programs including, Excel, Access, database tools, and self-developed data formatting programs.
• Analyze and document data trends using JMP, MTStat, and Excel.

2001 – 2009
Jacobs Technology Advanced Systems Group at WPAFB
Programmer Analyst
Ø Served on project teams that evaluate and report on the performance of algorithms designed to identify and track given objects for the Air Force Research Laboratory, Sensor Directorate, Automatic Target Recognition Division
o AGRI II (Air-to-Ground Radar Imaging) –automatic target cuing and recognition of moving targets using a high resolution radar system.
o E3D (Exploitation of 3D Data) – recognition of stationary military and civilian vehicles using a 3-D laser radar sensor.
o RadarVision – automatic recognition of stationary targets using high resolution synthetic aperture radar.
Ø Responsible for the following data analysis tasks:
• Developed evaluation tools to determine program results in MatLab, PERL, and database programs.
• Identified performance trends and algorithm sensitivities
• Efficiently organized, clearly documented and archived all program data and results using Excel, MatLab, PowerPoint, and MS Access for future analysis.
Ø Served on the project team for the Naval Oceanographic Office (NAV0) that created a database driven web portal for the configuration, monitoring, and control of ocean models across a variety of platforms.
Ø Developed PERL scripts that assimilated ocean model information into MySQL compatible format.
Ø Created a database of collected oceanic core samples

1997 - 2001 Lockheed Martin Space Center Operations, MS
Computer Analyst
Ø Maintained several NASA ISO-9000 and equipment tracking Access database applications.
Ø Used VBA to develop an Access database that tracked NASA propellant deliveries, invoices, and requests.
Ø Promoted public interest in the sciences by serving as a member of the Speaker’s Bureau.

1994 - 1995 Pearl River County Carriere, MS
Teacher
Ø Prepared and presented lectures for high school algebra and pre-algebra
Presented on the topic of the Relationship between Pascal’s Triangle and Punnet Square at the Mississippi Teachers of Mathematics conference.

Software Experience
Database: Oracle, MySQL, MS SQL, SQLite
Web Development: ASP, PERL CGI, JSP, PHP, HTML, CSS
Languages: Visual Basic/VBA, PERL, MatLab, C++
Office Products: Word, Excel, Access, Visio
Platforms: Windows, LINUX, UNIIX

Published Works
1998 “Autonomous Robots and Genetic Algorithms” Parts I and II
W.A Russell, E.R. Coates, K. Johnson, K. Coker, and E. Snipes
Proceedings of the 1998 American Society of Engineering Educators Southeastern Section Meeting; pp 216-220; 222-225.