TSS/TMT Test Lead/Product Owner for STE-IS. Managing and integrating multiple test teams.

Testing and exercise support for AFMSTT, which includes AWSIM, ABS, and CSI. Address and mitigate Cyber Security findings. Experience with JLCCTC and JLVC exercises.

Support technical demonstrations of OneSAF and it's interoperability with multiple federates. Test functionality of co-developer integration.

OneSAF Testing for the I2S Contract including thread testing, PTR verification, Change Request (CR) testing, Brigade Exercises, and media testing. Manage lab of over 100 computers with various Linux distributions and Windows operating systems for testing and exercises in standalone, distributed modes, and/or distributed operations with remote sites. Experience with DIS, HLA (ERF & MATREX), NVIG Tools, ARES, MSDE, AAR, AARS, OE-SGT, and JDLM.

-Perform regression testing on software applications and tools to ensure functionality in various scenarios as a part of the Integration & Testing Team.-Execute pilot testing of major software updates in a production environment in support of validation testing. Document results as well as Acceptance Test Procedures for customer approval. Catalog comments and Discrepancy Reports (DR).-Work closely with development team to ensure system requirements are met and software is properly implemented. -Interface with customer and Subject Matter Experts to identify needs as well as demonstrate and review 3D simulation builds in conjunction with vector databases.-Investigate, resolve, and verify discrepancies in vector databases and 3D simulation builds as a member the DR Team. Perform QC/QA on 3D builds and vector data.-Manipulate, digitize, and import vector datasets for input into 3D simulation environment.-Handle multiple projects simultaneously as part of a team and/or autonomously.

Travel Demand Modeling with Cube/Voyager and TRANPLAN, database management with ArcGIS and TransCAD, Intersection Analysis with HCS+, Long Range Transportation Planning, Comprehensive Planning, Traffic Studies, and Concurrencies.

-Collaborated within engineering team to design effective, water conserving irrigation system, activated in response to sensors monitoring environmental conditions and occurrences.-Devised intricate connection, monitoring, and data exchange among PIC microcontrollers, RS-232 protocol serial communications devices, and SDI-12 protocol devices, enabling detailed environmental sensor readings, monitoring of conditions and status data, recording and updating of database, and irrigation system control in accordance with sensor data.-Designed web interface to provide internet-accessible remote system control, enabling real-time monitoring and system updates.-Interfaced pumps and valves with microcontrollers using reed relay switches and power transformers.-Designed and fabricated printed circuit boards with milling machines, to be used in a prototype of the irrigation control system, for various levels of testing.