Manufacturing Engineer Production Line
Resume:
MIGUEL A. MARQUEZ
S U MMARY
Adaptable professional with excellent communication, interpersonal, and creative thinking skills. 20 years of work experience and proven knowledge of leadership, problem- solving, and workflow prioritization. Dedicated worker with proven performance in management, leadership and communication. Detail- oriented in problem-solving, process improvement and planning. Ready to make an immediate contribution to your organization.
E X P E R I E N C E
Sr. Manufacturing Engineer
Veridiam Inc El Cajon, CA September 2019 - Current Developed processes in metal forming and heat treatment of metals Coordinated with other engineers from multiple aerospace and nuclear companies that we made products for
Managed a team of engineers.
Wrote technical reports for engineering and management personnel Recommended methods for improving utilization of personnel, material and utilities Conferred with vendors and management personnel regarding purchases, product speci cations and manufacturing capabilities Coordinated quality control objectives and activities to resolve production problems while maximizing product reliability and minimizing costs Reviewed production schedules and engineering speci cation orders to obtain knowledge of manufacturing methods, procedures and activities Developed manufacturing methods, labor utilization standards and cost analysis systems to promote efficient staff and facility utilization Applied statistical methods and performed mathematical calculations to determine manufacturing processes, staff requirements and production standards Communicated with management and user personnel to develop production and design standards
Created speci c goals and plans to prioritize, organize and accomplish work Analyzed statistical data and product speci cations to determine standards, establishing quality and reliability objectives of nished product Designed layout of equipment or workspaces to achieve maximum efficiency. Prepared documentation for new manufacturing processes and engineering procedures.
Purchased Equipment, Materials or Parts for Project Application. Determined Root Causes of failures and recommended changes in design, tolerancing and processesing methods.
Trained production personnel in new or existing methods and processes. Identified opportunities and implemented changes to improve manufacturing processes and products to reduce costs and make them more efficient in the assembly build.
Incorporated manufacturing methods and processes to improve lead time on existing operations.
Estimated costs, production times, or staffing requirements for new designs. Designed tests of finished products or process capabilities to establish standards or validate process requirements.
S K I L L S
Good communication.
Geometric dimensioning and
tolerancing (GD&T)
CATIA V5, DELMIA, ENOVIA & Soild
Works
Right Hemisphere Deep View
Modeling
Process Improvement Initiatives
Waste Reduction
Method Validation
Manufacturing Principles
Equipment Assembly
Employee Supervision
Non Conformances and MRB
Form Tubes and other metal
components
Metal Machining
Troubleshooting and Diagnostics
Laser Marking and Laser Welding
Optimizing Manufacturing Processes
Writing Operational Procedures
New Product Introductions
Sheet Metal Fabrication
Assembly Procedures
Engineering Concepts
Manufacturing Methods
Improvement
Manufacturability Improvements
Inspection Processes
Technical Speci cations
C O N T A C T
*************@*******.***
La Mesa, CA 91942
E D U C A T I O N A N D
T R A I N I N G
Masters
Mechanical Engineering
University Of Notre Dame, Notre Dame,
IN
August 2003
Manufacturing Engineer 3
Northrop Grumman Rancho Bernardo, CA January 2015 - February 2019 Manufacturing Engineer 3
Northrop Grumman Rancho Bernardo, CA January 2010 - January 2015 Evaluated Manufactured products according to specifications and quality standards.
Designed, installed and qualified new manufacturing equipment. Worked with Solidworks, AutoCAD and other 3D design software to develop and maintain current products and develop new drawings. Unmanned Systems Avionics Laboratory (manage multiple programs at once) Provide manufacturing design and planning to support the shop and give technicians direction
Tool and Work orders as required by shop floor Tooling and equipment support
(creating, tracking and calibration of production tools) MRB ECO, ECR, Red-lines and any other non conformance generated TAGs and dispositions for engineering on production assets (power boxes, printed circuit boards, panels & wire harnesses)
Provide Geometric dimensioning and tolerancing as required by design and in support of investigating discrepancies
Liaison between engineering and shop floor Knowledge of wire harness, power boxes and many other aerospace components developed in the lab for production
Provide daily direction to technicians for shop priorities on build Dealt and analyzed electrical components on UAVs such as wire harnessing and wire bundle routing
Provide direction for installation of power UAV units that were incorporated on vehicle assembly line to save time and money
Circuit card production, repair and test Conformal coating and other cleanup for circuit cards
Troubleshooting and ATP testing Supply chain liaison for piece parts and tools required for live production in the lab
Provide training and direction on new build or test tools in the lab that are in use Discrepancy tracking
Track and submit for calibration, SMO or dispose of all lab tools that are used in all supporting programs
Management Support for statusing or requesting program items Working hard with customer for DCMA or others government required attendance. BAMS Broad Aerial Maritime Sytems A/V.
HALE Unmanned Air Vehicles
TRITON/NATO Design Support using CATIAV5 and ENOVIA Reviewed and provided support for different structural materials used on UAVs for adequate support of building materials such as aluminum brackets, titanium structural frames and wire harness routing
Won JIT (Just In Time) award for developing manufacturing engineering planning instruction using IMPCA+ and Right Hemisphere planning and visualization software for reduced build times and weight savings on aircraft Liaison support between engineering and production line Provide material requirements in SAP systems for development of parts to work orders for test and production
3D model design and review in CATIAV5, ENOVIA, Solidworks and Right Hemisphere Deep Hemisphere
3D manipulation and build of packages for implementation for technicians to Bachelors Of Science
Aerospace Engineering
University Of Notre Dame, Notre Dame,
IN
May 2002
L A N G U A G E S
Spanish:
Native/ Bilingual
Manufacturing Engineer 3
Northrop Grumman Edwards Air Force Base, CA January 2008 - January 2010 Manufacturing Engineer 2
Northrop Grumman El Segundo & Palmdale, CA September 2003 - January 2008 follow while building for production
Provide Geometric dimensioning and tolerancing for all engineering designs Develop and process MRB tags like Non Conformances to scrap or return to vendor, SQKS, other cannot duplicate discrepancies as well Constant on the job training and learning
Management Support for statusing or requesting program items Airborne Laser Program Build and Test to 1st Light Laser and Optical development for test flight
Worked with aluminum, steel, titanium and other metals for securing the structure for the installation of the Chemical Weapons System Processed used were metal tube bending, CNC machining and water jet metal cutting
Worked with Chemicals such as Chlorine and Hydrogen to create energy using positively charged ions that would develop into the COIL Laser system Design Reviews and developmental manufacturing of documentation to help other MEs be more efficient.
Review of peers
Integration and build of chemical weapons systems (COIL) for ABL Flight test support and training for flight missions 24 hrs a day (3 Shifts) Planning and build support for technicians for entire weapon systems on 747 airplane
Supported ME organization by creating Tool Orders, ECOs, ECRs, Nonconformance Tags, scraps and other MRB live support
3D model design and review in CATIAV5, ENOVIA, Solidworks and Right Hemisphere Deep Hemisphere
CPIOS/MES/SAP planning systems
F-35 Program Production Line 1st Build Three Variants (ABC) Worked with Carbon Composite materials, honeycomb cores, as well as aluminum, titanium and and inconel to produce Skins and Panels on the fuselage structure Manufacturing processes used were composite panel CNC machining and water jet cutting as well as tube bending and other metal forming ADS automated drilling machine setup on integration line for use on all variants of F-35
Dedicated liaison support to engineering and other groups involved in production of assy
Parts on site for F-35 assy builds of three variants Successfully provided direction in an effort to reduce weight on aircraft by analyzing carbon composite plies and their orientation to reduce material on aircraft
Design, analyze and manipulate 3D models of Production design parts in CATIA V5
& ENOVIA
Provide Geometric dimensioning and tolerancing for all engineering designs Lean Black Belt Certification Course Planning Support for all technicians building product
Tool order and work order creation using TOG, IMPCA+, CPIOS+, SAP and MES Management Support for statusing or requesting program items
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