Scott Flagg Email & Phone Number

Melbourne, Florida Area

Fuel system architecture, development and analysis, including definition and verification of capabilities and performance requirements. - Interface engineering and system testing activities- Define system operational concept and implementation, and ensure requirements are met- Evaluate system performance- Interface with customer counterparts and with component manufacturers

Lynnwood, Wa

Development of high-precision mass-flow meters for aircraft engine fuel systems.- Headed analysis and test activities to demonstrate new designs’ conformance to requirements and qualification for use- Oversaw R&D for magnetic, structural, cost and performance parameters- Negotiated customer specification changes for improved manufacturability- Contributed to optimization of production test processes

Worked with customer and suppliers to develop requirements, review designs, write test procedures & evaluate test results, determine failure root-causes and corrective actions, and write qualification reports- Addressed functional, performance and environmental requirements- Integrated applicable industry (e.g. SAE/ANSI, DO-160) standards- Performed thermal, mechanical and electrical analyses of components- Acted as the primary technical contact on-site at the customer's facility for Engineering and Production Support

Lead projects to design, test and oversee fabrication of hydraulic components including pumps, motors, bearings, valves and linear actuators- Performed tolerance stack-ups and specified geometric dimensions & tolerances (GD&T)- Created fabrication drawings using Pro-Engineer 3D CAD- Performed detailed design analyses including valve plate “balance” and “timing”, fluid compressibility, flow loss, stresses and component lives- Trouble-shot test stands, wrote data acquisition code, developed test article tracking database, and evaluated test results (including experimental uncertainty)- Oversaw and trouble shot issues with prototype production

Performed testing of off-highway driveline components including final drives and differentials- Specified test instrumentation- Developed test cycles from proving ground data- Analyzed lab data- Predicted gear and bearing lives (to support accelerated life testing)- Assembled test stands- Operated, troubleshot and maintained 1,000 kW (1,500 hp) regenerative, hydraulic drivetrain simulator

Ms, Mechanical Engineering

Bs, Mechanical Engineering, Magna Cum Laude

Minored in Economics.

Bachelor Of Science (Bs), Mechanical Engineering