* Future Airborne Capabilities Environment (FACE)

• The primary software engineer charged with integrating the new Common Operating Runtime Environment (CORE) into F-35 Battle Space Environment (BSE) simulation products; including migrating all OS and compiler dependencies over to CORE.

• The primary software engineer charged with re-hosting the F-22 Air Combat Simulation (ACS) with over one million lines of code in over 13,000 files to a new platform. The hardware change included a MIPS to Intel x86_64 and MIPS to ia64 change and big-endian to little-endian change. The OS went from a IRIX OS to SUSE Linux Enterprise 11, creating the baseline for the next generation BSE simulation products. This project finished on schedule and with considerable success with extremely few variances needed.

• Provides guidance to co-workers for the C/C++ VSIM customer interfaces.

• Serve as a subject matter expert (SME) on many of the tools including GPS/GNAT, Eclipse, Bazaar, and a multitude of Unix and shell tools.

• Primary SME for the C/C++ programming languages and also an excellent Ada SME.

• The leading role in the development of ship segment software for the Helicopter/Ship Operations Center (HSOC).

• Provided cost and schedule estimates for future tasks and projects.

• Researched best technology and vendors to provide best solution for projects.

• Collaborated with the system architect to address system stability issues on US Navy MH60S/R helicopter Mission Computer (MC).

• Designed, implemented and maintained software for the integration effort of the Downed Aviator/Locator Subsystem (DALS) to the MC.

• Contracted by Technisource Inc.

• Fix and improve Flight Plan Management software for 767 Global Tanker/Transport Aircraft (GTTA) Flight Management System (FMS).

• Analyzed software for uncovered logical nodes and developed system tests to cover any discovered nodes.

• Design and implement avionics software for three generations of the US Army Black Hawk helicopter Flight Management System (FMS). Software was developed using a derivative of the Rational Unified Process and modeled in UML.

• Represented the project team in the audit process to enable a Level IV rating in the Carnegie Mellon Software Engineering Institute's (SEI) Capability Maturity Model (CMM).

• Designed and created a database used to track peer review products and comments which became the baseline for a company wide application.

• Modified legacy device drivers to use a strong inheritance and data encapsulation model, drastically reducing duplicated code and development time.

• Promoted to a salary position (1999) after exceeding expectations and completing all projects under schedule and under cost as a summer co-op.