-Lead team of global and US-based engineers to deliver aircraft engine control software meeting several CTQ's including transient dynamic response, starting performance, control loop stability, fuel burn targets (SFC), and operability margin.

Owner of LEAP aircraft engine control systems design and certification of sub-idle and starting performance, including airframer integration and engine test operation.• Created and executed engine test plans including data reduction and on-site testing support for compliance, flying test bed, as well as development and certification engine test• Designed and tested new control logic designs to adapt to system level constraints while meeting system requirements and remaining fault tolerant• Coordinated and reviewed contractor deliverables to ensure certification design and review process accuracy• Created and executed engine test plans including data reduction and on-site testing support for compliance, flying test bed, as well as development and certification engine test• Lead multi-team root cause analysis studies of customer snag reports and developed resolution and containment plans

LEAP Control Systems (2012 - 2014)• Developed first engine to test and flying test bed starting strategies to optimize testing efficiency and meet certification requirements• Lead development of bowed rotor mitigation accommodation thru controls algorithm leading to an on wing proof of concept with the air-framer and multiple patent applicationsEdison Engineering Development Program (EEDP)2011 - 2012: Commercial NPI Control Systems2009 - 2010: Marine and Industrial Control SystemAug 2008 - Dec 2008: Fielded Engine Performance Co-op

May 2007 - August 2007: Cryogenic Coolers Systems Production InternMay 2006 - August 2006: Ceramics Oxygen Generation Systems Mechanical Engineering Intern