• Secret Clearance• Streamlined the creation of ship repair memos, totaling $6.6B, for more than 400 surface ships across the US Navy’s Future Years’ Defense Plan through VBA automation. Time to completion reduced from weeks to hours.• Automated the compilation, analysis, and illustration of 28 recently executed Navy Destroyer maintenance periods, identifying $30 million of annual budgetary shortfall in surface ship maintenance.• Improved quarterly maintenance period duration analysis through the seamless integration of Excel and Power Point using VBA. Preparation time for quarterly review reduced from 2 days to 2 minutes. • Includes all responsibilities associated with Sr. Life Cycle Engineering – Contractor position

• Outstanding Contractor Award: Awarded by the Department of the Navy for displaying exceptional initiative by improving and integrating two processes through VBA automation of data analysis and illustration, enhancing the timeliness and usefulness of the product. • Provide highly specialized direct support to the Engineering Department Head and Life Cycle Engineering Division Head at SEA 21/SURFMEPP, in the development and application of Ship Sheets, Technical Foundation Papers, Availability Analysis, and other special projects.• Supported the identification and funding of life cyle maintenance requirements in support of the POM processes for more than 350 surface ships across the US Navy’s Future Years’ Defense Plan and over 60 surface ship during the upcoming fiscal year.• Developed and automated the compilation, analysis, and graphical representation of 18 recently executed DDG51 availabilities; enabled identification of approximately $30 million of annual budgetary shortfall in surface ship maintenance. • Advanced compilation, identification, and analysis of mandatory work completed during availabilities. Identified a deficit of over 20% in budgeted spend compared to actual spend on mandatory work for ship availabilities.• Supported Engineering Department head with STARBOARD brief in Washington DC to determine current prioritization of funding for OPNAV.

• Effectively communicated complex technical information and advanced engineering principles and applications to a large student audience.• Taught four engineering classes including Strength of Materials, CAD Design, Introduction to Engineering, and Mechanics of Materials lab• Lead students in materials research and testing of steel, aluminum, copper, and brass structures subject to various loading and studied stability, cracking, and buckling• Created instructional materials using Microsoft Office Suite on engineering graphics using AutoDesk Inventor 3D modeling and script programming in MatLab for matrix analysis• Received a perfect student survey rating of 5.0 on ratemyprofessor.com

Worked with a team of four technical experts providing strategic consultation on project and financial management, process automation, efficiency, and increased customer satisfaction. • Drove an increase in customer retention to 97%• Primary financial analyst for the initial inquiry into 3 company acquisitions valued over $20M• Acted as the subject matter expert and relationship manager with various vendors of customer satisfaction data• Applied Kaizen and Lean Six Sigma methods to increase work efficiency in all departments and decrease product time to deliver by 10%• Hosted weekly “five-why” and fishbone investigations into service failures that had a real impact on product cost and company revenue, with program managers to repair process defects and create improvement plans and guides for future reference • Aided project managers in advanced planning for new integrations with website vendors, and created control procedures for periodic testing on completed website integrations • Provided schedule forecasting for project completion and required labor based on project type and tracked current labor output by department

• Researched and published in two peer reviewed engineering journals on the development of discrete equations for the prediction of the deflection of rigid framed structures• Critically edited a published text book on geotechnical engineering