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A dynamic program driver and recognized leader focused on solving complex problems and long-term technology strategy. Currently the GE Aerospace electrical systems innovation committee chair, IP focal, and Senior Engineer leading the sensor and electrical hardware team on GE’s advanced T901 engine program, part of the U.S. Army’s Improved Turbine Engine Program (ITEP). Previously led multiple technology development programs specializing in complex electro-optical and RF integrated sensor systems, developed business synergies in sensing technologies, worked defense program proposals, and mapped prospective technologies for Aviation usage, with granted Patents and publications in multiple technology areas.I have also completed a Masters Degree in Mechanical Engineering through the GE Advanced Courses in Engineering Program at the Massachusetts Institute of Technology, with a focus on MEMS and optical technologies. My research focused on the constitutive model development for advancing the Ionic Electro-Active Polymer (I-EAP) actuators that utilize aligned carbon nanotube composites. I-EAP actuators create large strains with low input voltages, and could therefore be used for future high strain sensing and actuation mechanisms such as synthetic muscles, microfluidic drug delivery, or low frequency energy harvesting.Specialties: Sensing Systems Development, Program Management, Technology Identification, Technological Innovation, Engine Control Systems, Electrical System Design, System Integration, Engine Performance, Monte Carlo Simulation, Circuit Design, MEMS Systems, Optical Systems, Automated Systems, EMI, Competitive Analyses, Technological Consulting
Ge Aerospace
View- Website:
- geaviation.com
- Employees:
- 13
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Principal Electrical Systems Engineer, Future Of Flight, ControlsGe AerospaceBoston, Ma, Us -
Senior Electrical Module Lead, T901 Engine ControlsGe Aerospace Nov 2019 - PresentCincinnati, Oh, Us• Recognized leader in defining state of the art aviation electrical systems, including anticipating, designing, patenting, and developing technologies to apply to future business opportunities• Senior engineer leading the T901 electrical team for the Army’s most advanced helicopter engine, part of the U.S. Army’s Improved Turbine Engine Program (ITEP), following the successful planning & proposal efforts• Manages complex electrical hardware, firmware, and software design, integration, and supplier management, with a proven track record of driving supplier execution and delivery, achieving critical milestones• Own intellectual property management for all GE aviation electrical components, protecting the rights of GE and guiding business strategy through landscape assessments, technology planning, and patent evaluation -
Electrical Module Lead, T901 Engine ControlsGe Aerospace Sep 2016 - Nov 2019Cincinnati, Oh, Us• Provide technical leadership and mentoring to electrical hardware owners throughout multiple organizations• Drive supplier design process with ownership of key hardware & system integration studies, through program planning, technical execution, & manufacturing maturation, achieving successful Army critical design review• Overhauled, automated, and optimized hierarchical requirements management processes using IBM DOORS, eliminating thousands of duplicates & empowering team members to publish formal specification documents -
Lead Advanced Sensing Systems EngineerGe Aerospace Jul 2014 - Aug 2016Cincinnati, Oh, UsThe Advanced Sensing Systems Engineer will contribute to and lead new and novel sensing designs in the formative and early development stages, solve significant technical design challenges of assigned technologies and engine system designs, and develop new sensing solutions with large potential payoffs.• Led the charge on next-generation enabling sensor and electrical technology development, IP investigation and product roadmap definition, working on disruptive advancement programs critical to all GE applications• Drove U.S. Army's ITEP GE3000 electrical system conceptual development and program strategy• Refined and mentored process of feasibility assessment and disruptive product development to team members• Completed multiple sensor technology maturation programs, reducing the risks for successive engine products and delivering on years of design and test efforts to ensure engine level benefits• Presented at technical conferences including FAA consortium and GE controls and photonics symposiums • Discovered developed & ran technology maturation of new sensor to meet critical needs of helicopter engines• Managed CASM project as a joint technology development between GE and suppliers under the FAA CLEEN program, including coordinating cross-business development synergies -
Advanced Sensing Systems EngineerGe Aerospace Jan 2012 - Jun 2014Cincinnati, Oh, Us -
Eedp (Edison Engineering Development Program)Ge Aerospace Jul 2009 - Dec 2011Cincinnati, Oh, UsAn intense technical development program focusing on problem-solving skills through advanced courses in engineering and innovative projects driven by business prioritiesTurbofan/Turbojet Single Engine Systems, Military Propulsion Engineering, 2011 - 2012• Managed the integration team efforts and defined requirements for the F414-INS6 accessory gearbox design• Realized >$1M savings for US Navy leading F414/F404 performance based logistic productivity programsTurbofan/Turbojet Performance, Engineering Technologies, 2010 - 2011• Developed a Monte Carlo model to accurately predict performance variation of the Navy’s SFC Demo engine• Implemented and validated an improved cycle model flow function calculation for development enginesMilitary Electrical Systems, Product Integration Center, 2009 - 2010• Major contributor on the fault injection testing of the CT7-8F5 electrical system FAA certification program• Coordinated electromagnetic interference certification tests, as well as automated flight test data calculations -
Vp Technical ManagementGroup Four Entertainment, Inc. Sep 2008 - Aug 2012UsVP of innovative startup focusing on bringing creative and educational high-energy percussion based musical performances to the masses. Focused on designing, purchasing, and preparing all aspects of show technology and coordinating lighting, sound, video, and special effects to meet strategic goals. -
Lighting Technology EidGeneral Electric May 2007 - Aug 2008Boston, Ma, UsDisruptive Technology Innovation & Ballasts Systems • Implemented the circuitry, fixture, and control algorithms for a LED system with color sensing and control • Performed a competitive analysis for the marketing team based on thermal images and power characteristics • Created automated testing systems for use in high frequency ballast development and OLED life validation • Automated an interconnection website that linked multiple isolated web based engineering systems • Performed engineering system tests such as EMI Radiation, Ring Wave, and Electrostatic Discharge • Designed and built switched mode power supplies for US DOE proof of concept OLED fixtures
Douglas J. Education Details
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Massachusetts Institute Of TechnologyMechanical Engineering -
University Of MichiganElectrical Engineering -
General Electric Training
Frequently Asked Questions about Douglas J.
What company does Douglas J. work for?
Douglas J. works for Ge Aerospace
What is Douglas J.'s role at the current company?
Douglas J.'s current role is Principal Electrical Systems Engineer, Future of Flight, Controls.
What is Douglas J.'s email address?
Douglas J.'s email address is do****@****ion.com
What is Douglas J.'s direct phone number?
Douglas J.'s direct phone number is (580)-562*****
What schools did Douglas J. attend?
Douglas J. attended Massachusetts Institute Of Technology, University Of Michigan, General Electric Training.
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