Responsible for leading a team of over 180+ engineers and managers to deliver customer specific configurations airplanes while enabling revenue generation products and services.Driving execution across various hardware and software products across Boeing’s diverse supply chain, ensuring on-time product delivery to enable rate increases. Define strategy and future product enhancements for the 737MAX family of products. Leveraging a global workforce to improve team efficiency and competitiveness.

• Lead product development, integration and certification activity on Product Development program for Interiors, leveraging Scaled Agile for Enterprise (SAFe) process with 50+ engineers in our Large Solution Train (LST)• Serve as leader for the Interiors and Customer Engineering organization, acting the primary interface point across the program and influencing Program Objectives and Epics• Incorporate best practices from previous Boeing models and In-service experiences while successfully guiding team through implementation of next generation of Enterprise engineering tools suite and Model Based Systems Engineering

Responsible for qualification, certification and innovation of the aircraft Cabin Services and IFE/Connectivity systems for 787 platform. Lead team of engineers supporting certification of unique Customer configurations, collaborate with FAA on Certification strategy and ensure on-time delivery for each customer. Ownership of the 787 Interiors lining package providing the architecture utilized for configuration development.

• Responsible for developing the future technical leaders in certification and airworthiness for Boeing Payloads and Flammability organizations. • Lead Payloads strategy for collaborating with the aerospace industry and the Federal Aviation Administration (FAA) on initiatives to streamline certification while enhancing the safety/airworthiness of Boeing products. • Represent Payloads organization as cross-model and safety leaders at all technical review boards and assess items for safety and certification risk, as well as for impacts on engineering, manufacturing and in-service airplanes.

• Lead team driving simplification of FAA requirements and drove standardization amongst the Boeing supplier base. Performance improved over 30% YOY and reached product development commitments (>90%) for on-time and quality.• Oversight of team that managed 50+ Boeing suppliers to ensure compliance for Flammability requirements to qualify new products for airline customer interior products. • Work to continue leveraging previously certified data enable increase in minor determinations for Flammability organization and develop new processes to simplify our flammability certification strategy on Customer Introductions

787 Lead Interior Design Engineer• Lead design engineer for team investigating cross supplier technical issues and streamlining supplier activity for customer selected interior products. Expand use of common certification approach in the entire supply chain system to reduce costs and meet company production rates targets. • Development One Boeing experience for Airline Customers for the acquisition, product development and certification of interior design features across all current and future Boeing products. • Champion for process simplification to remove internal barriers and improve relationships across functional organizations. Changes resulted in improved communication and integration between organizations such as Sales, Marketing, Operations, Program Office, Engineering and Supplier Management.

• Lead Global Services & Support Apache helicopter engineering support for all International customers (Qatar, Kuwait, India, Korea, UAE, Israel and Taiwan) by coordinating with cross functional teams, including supplier management, operations and engineering, to meet our Customer's operational needs and requirements • Develop new technical sales strategies to provide post production support for in-service Apache helicopters for International and US Government customers. Leveraging multiple Boeing businesses to provide the customized support required for each campaign. • Implement new tools to develop competitive rapid response proposals for all Foreign Military Sales campaigns with the business operations team.

• Instituted Manufacturing Engineering Lean principles in 2009 project, resulting in savings of $1.299M; project later implemented across Manufacturing Engineering in BDS • Communicated design and manufacturing requirements of Apache spares to suppliers, coordinated receipt of the supplier's supporting documentation and resolved emergent technical issues involving in-service aircraft • Lead for ME execution with supply chain management and built vertical integration across internal Boeing make-part shops supporting Global Services and Support requirements

Supported Flight Controls unit in system integration and reliability for items related to aircraft flight testing, safety & certificationAssisted in the finding, reporting and development of solutions for Airline maintenance cost "risk areas" discovered through research and collaboration between various engineering departments and suppliers for the 787 programSupported fault tree analysis required for safety and Type Design Approval certification by the FAACreation of proposal of a change request for redesign of Forward Cargo Door on 787 ProgramParticipated in brainstorming workshops related to nose wheel well redesign (787) and PD for new 777 Cabin Interior studies

Help maintain and enforce building and community standards for residents well-beingCreate and maintain a stable academic and social environment to allow for growth

Assisted Maintenance Cost Review Board in the development of studies for Airbus, Boeing and GE Aviation Business planResponsible for sensitivity studies that contributed to calculating the overall cost rollup for next generation GE engine (Leap-X)Contributed to implementing new system integration tools and methodology to assist in pre/post production engine layout and designWorked on reliability and maintainability for the next generation GE (Leap-X) engine on a systems engineering level