Surface Ships Auxiliary Systems ManagerOSIC/AIT/ISEAGuidance: FAR, JCIDS and NMP-MOM- Ensured the AIT effort was fully coordinated with the SPM, SHAPM, Life Cycle Manager (LCM), NSA, LMA, TYCOM, and PY, including participation in AIT integration efforts directed by the NSA during the availability advance planning process.- Negotiated MoA with the Regional Maintenance and Modernization Coordination Office to ensure alteration safety and compliance.- Coordinated procedural updates with the integrated logistics support team to increase mission readiness by an average of 7%, saving $1.4M per year. - Collaborated across agencies to build strategic relationships resulting in an increase in customer requests for briefings by agency experts.- Coordinated and scheduled any required Ship’s Force installation training, as well as component/system testing and/or System Operational Verification Test (SOVT)- Managed Shock and Vibration testing for essential equipment across LHD, LPD, CVN and LHA/D ship classes - Provided technical expertise to the NSA, LMA, PY, SPM, TYCOM, and AIT- Performed ILS planning and installation execution functions as tasked and funded by the PARM/PEO, specifically: (1) Provided a POA&M for delivery of required ILS products (e.g., Maintenance Requirements, Technical Manuals (TMs), Operational Sequencing System (OSS), Provisioning and Supply Support and Calibration Support to the PARM/LCM (2) Coordinated with AIT Manager/OSIC to ensure ILS product turnover is properly documented and any deficiencies are identified to the SPM, NSA, LMA, RMC, Ship CO, Executive Officer (XO), and Supply Officer (SUPPO). (3) Developed training for system/equipment as alteration and installations required.- Coordinated with the AIT Manager/OSIC to ensure end-of-installation configuration workfile updates are provided to the applicable CDM for processing via the SCLSI process upon installation completion.

Conceptual design of reciprocating machine elements used in variable time applications; example: reciprocating elements in ICE (Internal Combustion Engines)Applied engineering mechanics and strength of materials to the analysis of linkages.Evaluated mechanical elements to synthesis and design future products to be used in high stress environments using finite element analysis.

Mickey Leland Energy Fellowship with the Office of Fossil Energy at the Department of Energy. Project Description: Technical Report Writer with a goal on the feasibility of transporting carbon dioxide in the Illinois Basin. Related Topics: Enhanced Oil Recovery, Sequestration, Downstream/Upstream Drilling, Pipeline Manufacturing, Property Requisition.- Developed a technical report on transporting CO2 for Enhanced Oil Recovery in the Illinois Basin. - Built experience in upstream production of crude oil using Enhanced Oil Recovery Techniques. - Cultivated knowledge in fluid fracking, separation/recycling of fluids, and CO2 sequestration through research and congressional hearings in Washington. - Obtained experience in governmental energy policy and regulation.- Presented the information to Chevron, Schlumberger, and other notable companies in the oil and gas industry.

Tested the strength and toughness of Kevlar for stabbing purposes.Measured the ductility of composites using XRD and Microscopes to view microstructures.Verified material Fracture and failure theories. Observed imperfections in multiphase materials and their corresponding microstructure to improve performance.