• Project engineering lead for both platform integration and external engine components, for an upgraded version of the T55 military turboshaft engine• Ensuring seamless integration of the engine within the customer’s airframe• Creating detailed cost and schedule estimates in support of business proposals• Identifying risks early in the program, evaluating their cost and schedule impacts, and developing mitigation plans• Leading a fully compliant, requirements based design effort managed via DOORS software, including validation and verification• Creation of artifacts in response to customer proposal• Use of internal software to track hardware delivery schedules and artifacts• Creation and management of the interface control documentation

• Project engineer within the supplier transformation organization, primarily working to remediate existing suppliers• Conduct RCCA reviews on parts with low on time to request (OTTR) percentage • Work with suppliers, buyers, and commodity managers to diagnose reasons for late deliveries • Completion of engineering product assessments, transition design reviews and other artifacts to support transition of parts to new suppliers • Support of e-auction process by providing potential suppliers with technical guidance

• Project engineer leading the certification effort for a new design of the CTS800 engine for the Turkish Light Utility Helicopter • Management of project schedule, cost control, milestones, labor forecast loading etc. and tracking program status via CPI, SPI, EV and other metrics • Work closely with counterparts at Rolls Royce, who represent ½ of the LHTEC partnership • Support of program management reviews with customer • Lead engineer for project to correct issue with fielded hardware to reduce warranty costs

• Project engineering lead for the TFE731-40AR-3S engine certification program • Lead weekly customer meetings and respond to all requests in support of flight test program • Presented material to customer along with business colleagues as part of contract negotiations at customer facility • Developed 3M+ plus engineering estimate, performed risk assessments, and created IMS for certification program • Authored 3 airworthiness statements and held associated safety of flight meetings for development aircraft • Rapidly responded to multiple customer flight test issue involving mechanical and software difficulties • Supported creation of new drawings via established processes • Led engineering efforts and developed necessary artificacts as part of 4 IPDS phase gate exits. • Supported USAF light attack experiment on-site, acted as Honeywell focal for interaction with Textron program management and USAF personnel • Shipment of ten TFE731 prototype engines in compressed schedule to meet 2016 financial goals. Effort included authoring of all documentation, working with QA and the ODA, and support of testing

• Primary engineering focal point for the F124-GA-100 engine, used on the L-159 ALCA • Participation in program management reviews and technical coordination meetings. Presentation of high profile topics to customers • On-site support of customer test cell correlation involving coordination of setup, logistics, and troubleshooting in Israel • Support of engine inspection by customer representative • Present material to customer satisfaction board and lead RCCA efforts to correct field issues • Creation of engineering estimates, completion of internal and external labor requests• Support of AIDC test cell including troubleshooting of test cell issues and management of calibrated test cell assets • Completed rapid substantiation testing of new combustor design to meet a critical milestone, by leveraging internal relationships and managing schedule risks • Acting as focal point for a multi-faceted, cross functional team to support customer issue with fielded system

• Work with quality assurance and FAA organization designation authorization (ODA) unit members while drafting assembly instructions, test instructions, and test reports in support of FAA certification • Coordinate engine assembly and test for Embraer Legacy 450/500 and Bombardier Challenger 350 development programs • Support regular updates to track project status through CPI, SPI, earned value and other metrics. Additionally, ensure milestone fidelity is maintained• Assist engine module leaders to identify and repair discrepant hardware in variety of systems • Completion of critical Part 33 certification testing• Use of Dassian SAP, including hardware management, bill of material generation, and cost estimation • Completed rapid certification testing of new ECU software, designed to increase engine sale margin by utilizing project management principals

• Oversee product testing within the Aero/Altitude department• Maintain test cell equipment and troubleshoot problems while verifying completeness of data • Mechanical Test capital coordinator for plant wide test group• Developed fixtures and tooling to test one-off parts as part of development testing• Supported engine production schedules by ensuring timely movement of hardware through the test cell