Category: AVIATION

         SENIOR AEROSPACE QUALITY ENGINEER           Profile     Six Sigma Black Belt:  Total Quality Management, SPC, QFD, Mistake-Proofing, Root Cause Corrective Action, Value Stream Mapping, Gage Capability,  PFMEA, APQP, DFMEA, poka-yoke,  Cpk, DMADV,  QFD, SIPOC, COPIS, and CAPA.  Results-driven Mechanical Engineer with solid product engineering and QA experience.  Team-oriented Senior Quality Engineer with over five years experience developing and testing commercial and military turbines.           Skills          Training program implementation  The Mathworks MATLAB  Quality control  Energy management systems  Engineering software  Strong presentation skills  Process improvement  Operations research   Reliability Testing  Geometric Dimensioning      Lean Manufacturing  Physics  Material Properties  Leadership  Team player  Failure Analysis  Product Engineering            Accomplishments     Product Improvement   Liaised with MRB to modify and improve overall product performance.  Eliminated machine defects through recommendation of machine adjustments.  Statistical Analysis  Performed data collection and statistical analysis that resulted in sound recommendations that were adopted by department.     Project Management     Supervised project production efforts to ensure projects were completed to company standards, on time and within budget constraints.    Document Control     Served as document control specialist to design micro precision apertures, sheet metal enclosures, membrane switches and cabling, while following proper standards.         Professional Experience      Senior Aerospace Quality Engineer    February 2009   to   September 2014     Company Name   －   City  ,   State      Handled the authorization of all internal blueprint and UTC revision changes.  Supervised the Non-Destructive Testing and ETL lab.  Performed AS9102 First Article Inspections and prepare all applicable documents for submittal per AS 9100 standards.  Directed Kaizen and Lean Manufacturing meetings weekly in front of an audience of about thirty engineers.  Identify negative quality trends and initiate appropriate corrective/preventative actions.  Lead project engineer of the JSF F-35 ramjet development stages.  Any engineering changes required my prior approval.  Review, authorize, and sign off all process routers making sure quality clauses and customer specifications are documented and      acknowledged.  Maintained Aerospace Quality Management Systems both internal and external.  Collaborated with engineers and project managers regarding design parameters for client projects.  Initiated statistical analysis project that resulted in sound recommendations adopted by entire department through Value Stream Mapping.  Auditing experience with outside agencies and internal.  Trained junior level Quality Engineers on how to properly organize FAIR packages and also taught them helpful Six Sigma methods.  Handled all regulatory complaints from agencies such as the United States DoD and FAA and took appropriate corrective action.  Progressive knowledge of the Codes of Federal Regulations as they pertained to GE Aviation.          Materials Program Manager    January 2005   to   November 2009     Company Name   －   City  ,   State      Focal point to Supplier Quality Assurance, Materials Control Lab, and Engineering Source Approval personnel to ensure the facility is compliant with procedures and audit requirements.  Maintain constant liaison and communicate effectively with clients.  Prepared accurate specifications for purchase of materials and equipment for purchasing department.  Lead the program's supply chain activities, and advise the SCM Director on material strategies and plans.  Reporting of unit reliability, repair costs, technical changes & investigations, repair shop capacity & performance metrics.  Developed and lead supply chain proposal activities including task descriptions, bases of estimates, RFP solicitation, and cost and pricing.  Develop the EAC (Estimate at Completion) and material forecasts by coordinating the collaborative inputs of the various elements of supply chain and finance.  Participate in Daily Management and prepare reports and corrective actions for Key Performance Indicators (KPI) in advance of monthly review.  Exert influence and have an effect on the overall objectives and long-range goals of programs and be an influencing member of the IPT (Integrated Product Team) team.  Strict adherence was followed using both customer and Aerospace standards.  Write reproduction procedures for any anomalies encountered, and generate comprehensive reports.  Demonstrate experience in manufacturing and continuous improvement tools.  Exert influence and have an effect on the overall objectives and long-range goals of the program and the program IPT team.  Working knowledge and training in Supply Chain Management, contract law, FAR/DFAR as it relates to Government contract  Directed customer installations maintaining cost efficiencies based on space and power allocation.  Resolved part and assembly discrepancies.          Mathematics and Physics Tutor    January 2002   to   May 2005     Company Name   －   City  ,   State      Educate students on how to solve mathematical equations using formulas and proofs, and in addition, using technology, including the TI series calculators, MATLAB, and Minitab.  Tutor mathematical topics including Calculus 1, 2, 3, Differential Equations, Partial Derivatives, Statistics, Stochastic and Advanced Calculus, Discrete Mathematics, Linear Algebra, Number Theory, Finite Element Analysis, Lie Super-Algebra, Fluid Mechanics, Applied Physics, Solid State Physics, and Real Analysis.  Additionally, I worked with engineering students prepare for the FE Examand actuarial students prepare for their first four professional exams by appointment.          Related Coursework      Ph.D   :   Theoretical Physics  ,   2010    Massachusetts Institute of Technology   －   City  ,   State  ,   USA    GPA:   H.Y. Loh Award Scholarship
National Defense Science and Engineering Graduate (NDSEG) Fellowship and Scholarship
Approved Dissertation: Measurement of the Z Boson Transverse Momentum Distribution at the Tevatron.     National Defense Science and Engineering Graduate (NDSEG) Fellowship and Scholarship  Approved Dissertation: Measurement of the Z Boson Transverse Momentum Distribution at the Tevatron.  Dean's List  Summa Cum Laude          M.B.A   :   Econometrics  ,   2007    MIT Sloan School of Management   －   City  ,   State  ,   USA    GPA:   Dean's List GPA: 4.0/4.0     Coursework in identifying areas of positive and negative private sector aerospace fluctuations.    Emphasis on long-range military spending and to whom the funds are allocated to.   GPA 4.00/4.00            M.S   :   Applied Physics  ,   2005    Massachusetts Institute of Technology   －   City  ,   State  ,   USA    GPA:   Summa Cum Laude
Dean's List GPA: 3.97/4.00 Pi Kappa Chapter; MechE Honor's Society
Dissertation: Studies of Ultrafast Structural Dynamics In Metals     Summa Cum Laude  Dean's List GPA: 3.97/4.00   Pi Kappa Chapter; MechE Honor's Society  Advanced coursework in physical applications to aviation.  Dissertation: Studies of Ultrafast Structural Dynamics In Metals         Bachelor of Science   :   Mechanical Engineering  ,   2002    Massachusetts Institute of Technology   －   City  ,   State  ,   USA    GPA:   Summa Cum Laude
Dean's List
Pi Kappa Chapter; MechE Honor's Society GPA: 3.94/4.00     Summa Cum Laude  Dean's List   Pi Kappa Chapter; MechE Honor's Society  GPA: 3.94/4.00   Advanced coursework in Mathematics         Lean Six Sigma Black Belt; 2008

Lean Six Sigma Green Belt; 2007

Villanova, PA 19085        Villanova University   －   City  ,   State              Black Belt   :   Six Sigma  ,   2008    Villanova University   －   City  ,   State  ,   USA     Six Sigma Quality, SPC, QFD, Mistake-Proofing, Root Cause Corrective Action, Value Stream Mapping, Gage Capability,  PFMEA, APQP, DFMEA, poka-yoke,  Cpk, DMADV,  QFD, SIPOC, COPIS, and CAPA.         Ph.D   :   Theoretical Physics  ,   2010    Massachusetts Institute of Technology   －   City  ,   State  ,   USA    GPA:   Dean's List GPA: 3.91/4.0 Graduate Student Council 
of the Massachusetts Institute of Technology
Physics Department Representative
Sigma Pi Sigma National Honor Society     Mechanical Engineering With a Concentration on Aerospace Modeling and Design; Undergraduate  Analysis of Particle Kinetics and Heat Transfer Variability in Fluidized Bed Processing; Undergraduate  Analysis of 3-D Contact Mechanics Problems by the Finite Element and Boundary Element Methods; Undergraduate  Advanced Composite Materials Research for Air and Ground Vehicles; Undergraduate  Meta-control of Combustion Performance with a Data-mining Approach; Undergraduate  Hydrodynamic Instability at High Energy Density; Post Graduate  Topology of Birational Manifolds and Applications to Degeneration; Post Graduate  Blast-Wave-Driven, Multi-Dimensional Rayleigh-Taylor Instability Experiments; Post Graduate  Effective Field Theory and D Grand Unified Model; Post Graduate  Transitory Control of Separated Shear Layer using Impulsive Jet Actuation; Post Graduate          Affiliations    American Mathematical Society; Member Connecticut and Western Massachusetts Chapter of Mensa; Member Knights of Columbus; 3rd Degree Knight American Physical Society; Member American Society For Quality - Certified Quality Improvement Associate Connecticut Academy of Science and Engineering; Member American Institute of Aeronautics and Astronautics; Member Board of Directors; HARC Inc. American Society of Mechanical Engineers       Personal Information    Euler-Mascheroni constant A transcendental number is a number (possibly a complex number) which is not algebraic-that is, it is not a root of a non-constant polynomial equation with rational coefficients.  Originally created by Leonhard Euler in his paper, titled De Progressionibus harmonicis observationes  in 1735, represented by the Greek letter Gamma, *, Euler valued * at  .5772.  Mathematicians for 278 years have not been able to prove the Euler-Mascheroni constant is transcendental.  I developed an infinite sum series while also making use of the Taylor Polynomial, proving the Euler-Mascheroni constant is a transcendental number. Fields Medal candidate. Nobel Laureate candidate for work in Physics. The Association of American Publishers Copyright 2012       Skills    3-D, Approach, auditing, calculators, continuous improvement, Data-mining, Derivatives, engineer, ETL, finance, Government, ISO, ISO 9001, law, Director, Materials, Mathematics, MATLAB, meetings, Minitab, Modeling, personnel, Physics, pricing, Proofing, proposal, Quality, Quality Assurance, Reporting, Research, RFP, routers, Six Sigma, SPC, Statistics, supply chain, Supply Chain Management      Additional Information      PUBLICATIONS: Euler-Mascheroni constant A transcendental number is a number (possibly a complex number) which is not algebraic-that is, it is not a root of a non-constant polynomial equation with rational coefficients.  Originally created by Leonhard Euler in his paper, titled De Progressionibus harmonicis observationes  in 1735, represented by the Greek letter Gamma, *, Euler valued * at  .5772.  Mathematicians for 278 years have not been able to prove the Euler-Mascheroni constant is transcendental.  I developed an infinite sum series while also making use of the Taylor Polynomial, proving the Euler-Mascheroni constant is a transcendental number. Fields Medal candidate. Nobel Laureate candidate for work in Physics. The Association of American Publishers Copyright 2012