Paul De Vries Avatar

Paul De Vries

Failure Analyst

Expertise in mechanical and electrical failure analysis. Skilled in Scanning Electron Microscopy (SEM), Energy Dispursive X-ray Spectroscopy (EDS), and X-Ray Fluorescence Analysis (XRF). Licensed Professional Mechanical Engineer. TRIZ Practitioner

experience

Scientist/Engineer  
The Boeing Company, February 1998 to October 2016, El Segundo, California United States
(Aerospace & Defense)
Perform failure analyses on a variety of mechanical and electrical component, specializing in Scanning Electron Microscopy (SEM), Energy Dispersive X-ray Spectroscopy (EDS), and X-ray Fluorescence Analysis (XRF), and coordinating electrical, mechanical, chemical, and metallurgical analysis in support of failure investigations; developed detailed analysis reports

Scientist/Engineer  
Long Beach Naval Shipyard, June 1984 to February 1998, Long Beach, California United States
(Naval Shipyard)
Shipyard experience included positions as metallurgical laboratory manager, welding engineer, and quality assurance specialist. Coordinated laboratory mechanical and chemical testing, developed welding procedures, and developed, implemented and coordinated a quality assurance program for overhaul of a submarine rescue vessel dives life support system.

education

Calif State Univ/Long Beach  
Master Of Science, Mechanical Engineering, Sep, 1998 to Jun, 2000


Michigan State Univ  
Bachelor Of Science, Mechanical Engineering, Aug, 1979 to Jun, 1982


projects

Pump Housing Containment Cap Failure  by  Paul DeVries    

Analysis mitigated significant aircraft safety and liability concerns when it confirmed pump cap failure was caused by mechanical abuse rather than electrical arcing

Pump Electrical Connector Failure  by  Paul DeVries    

This safety-related investigation identified moisture inside the lead wires as the root cause for electrical connector arcing. Analysis also identified manufacturing errors as the cause of failure in the redesigned connector.

Pitot Tube Heater Failure  by  Paul DeVries    

Analysis helped mitigate a million dollar warranty claim against the company by demonstrating pancake heater failure was caused by an aircraft maintenance issue rather than faulty heaters

Float Switch Failure  by  Paul DeVries    

Analysis helped reduce air carrier maintenance costs by identifying fuel level float switch failures as a design and manufacturing issue

KC-46 Boom Valve Analysis  by  Paul DeVries    

Analysis helped release millions in funding to Boeing by addressing a KC-46 boom manifold valve sticking issue that threatened contract deadlines

FIRST Robotics Coach  by  Paul DeVries    

Established and coached FIRST Lego League (FLL) and FIRST Robotics Competition (FRC) teams; Coordinated resources, developed agendas, ran meetings, purchased supplies, supervised robot design and manufacture

Certifications

  • Professional Mechanical Engineer
    Board for Professoinal Engineers, Land Surveyors, and Geologists (M26642)
    October 2002  - September 2016
  • TRIZ Practitioner
    Zinovy Royzen, TRIZ Master 

patents

Non-Conductive Material with Peaks and Valleys Surrounding a Plurality of Electrical Contacts  (8,998,630 B2)    
Inventors: Paul DeVries, Zinovy Royzen.  Issued April 07, 2015  in United States

Patent addresses the interface between a connector's dielectric and subsequent backshell potting

publications

Counting on Fatigue, Striations and Their Number     
Published by (The Journal of Failure Analysis and Prevention)
Authors: Paul DeVries, Kevin Ruth, Daniel Dennies.  Published February 23, 2010

The article addresses the methodology and efficacy of striation counting on fatigue fracture faces

Failure Analysis "Red Herrings"     
Published by (Advanced Materials & Processes)
Authors: Paul DeVries.  Published December 15, 2006

The article discusses a case of multiple plausible float switch failure scenarios, how they were misleading, and the ultimate, root cause of failure

Columbia Accident Investigation Board (CAIB) Pathfinder Analysis of Item 33767     
Published by (The Journal of Failure Analysis and Prevention)
Authors: Paul DeVries.  Published February 15, 2006

The article discusses findings obtained from investigation of a section of space shuttle Columbia fuselage floor after it was destroyed on re-entry February 3, 2003

Awards

ASM Best Paper Award, 2010
Awarded by the American Society for Materials International for the paper "Counting on Fatigue, Striations and their Number"