o Provide regular updates to the FAA on electrical load analysis and CASS items for the ATA24 and ATA33 chapterso Implementing continual updates to the AMM and FIM to aid diagnostic tact time per feedback from base and line maintenance, suppliers, and other airline operatorso Execute electrical load analysis for newly implemented, revised, or removed systems for the B737 MAX and B787 fleetso Pilot and execute AD and reliability projects with line maintenance to ensure Engineering Authorization (EA) work steps are well outlined and reflective of all anomalies o Execute cost and reliability benefit analysis for all related ATA24 and ATA33 service bulletins prior to implementation, to ensure value driven projects are implemented across the fleeto Continually analyze ATA24 and ATA33 maintenance programs to ensure they’re optimized per fleet performance KPI metrics o Participate in supplier quarterly board review meetings to ensure ATA24 and ATA33 components are meeting key business initiatives and objectives, and provide engineering support in reducing NFF o Utilize Palantir to create reliability data packages and trend analysis in aiding root cause analysis for electrical system failures across the B737, B777 and B787 fleets

o Responsible for the technical delivery of projects with concurrent deliverables, creating consistency across multiple programso Drove design and implementation of end to end Industrial Internet of Things (IIoT) systems built on GE Predix, Digital Industrial platform, ranging from System Architecture and Requirements to DevOps and writing codeo Established base infrastructure for over the air (OTA) software/configuration deployment for GE Transportation embedded systems onboard the Locomotiveo Designed new systems and provided real-time locomotive monitoring and upgraded diagnostics platforms which embodied usage of the Association of American Railroads (AAR) standard communication protocols and interfaces

o Created diagnostic procedures, diagnostic trouble codes and diagnostic guidelines for the body control module (BCM) for the Global A architectureo Represented advanced serviceability and re-manufacturing during the global vehicle design processo Participated in product engineering meetingso Identified, addressed or escalated serviceability issues as appropriate and utilize business case analysis toolso Supported development and validation of service tools and procedureso Provided support for emerging issues and quality concernso Responded to Problem Tracking Reports (PTR’s) within the targeted time objectiveso Assisted with meeting financial commitments through attaining budget target and achievement of warranty cost avoidance targetso Provided technical support for various teams including: program management, PTR system, parts release, re-manufacturing, service training, warranty center, technical assistance, and assembly plants

o Developed test plans to verify and validate hardware and software to meet John Deere performance and reliability goals as well as ISO/SAE specificationso Analyzed warranty, telematics, and field data for use in continuous improvements of current products o Applied technical knowledge to identify and resolve product design issueso Worked together with multiple units/factories for successful implementation of design changeso Worked with technicians and test engineers to coordinate experimental builds o Traveled to the field to perform tests and mitigate design issueso Supported tests for the Product Verification and Validation (PV&V) teamo Supported the Dealer Technical Information Center (DTAC) and the Non-Conformance and Corrective Action process (NCCA) to quickly identify and resolve field issues related to the combine product lineo Participated in cross departmental reviews of engineering changeso Experienced in developing timelines and program planning to achieve project milestoneso Maintained Bill of Materials (BOM) and models/drawings for electrical engineering changes

o Operated in a team environment, provided input to design solutions and participated in design reviewso Responsible for subsystem design and documentation, software development using Agile Methodologies, and electronic circuit design  Produced design solutions to improve cost, quality and performance based on specialized knowledge of engineering applications. This included involvement of various functional engineers, supply management and supplier personnelo Provided technical support to customer support, marketing, manufacturing, quality and supply management organizationso Assisted in developing and executing test or analysis plans for product verification and validation o Applied knowledge of company products, policies and practices to provide economies through standardization of parts and products

Software Test Engineer for Model Year 2014 combine project and shared harvesting platformso Created automated test scripts in the HIL/MIL/SIL environment using Agile methodologieso Assisted in full vehicle software validation

Cab & Electrical Product Verification and Validation for Model Year 2012 combine project and shared harvesting platformso Worked closely with suppliers, technicians, and outside labs to facilitate John Deere component level product verification and validation testing o Created test documents, scheduled and executed tests and documented results in the V2Net databaseo Coordinated and managed test stands  When components/systems did not pass qualification, coordinate a solution strategy by working with suppliers, design, and quality engineers o Coordinated vehicles to be used for testing

• Provided professional customer service, and assisted clients with alterations, purchases, and solve product related issues• Recognized as top credit performer for the month of July, for improving and increasing store sales and acknowledged for providing outstanding customer service

• Consulted with engineers, reviewed schematics and assembled electrical and mechanical aerospace related machinery • Created custom harnesses and engraved safety labels for machines