Manufacturing Engineer

Ruayrie Campos Cell: 912-***-****

*******@*****.***

Mailing Address:

*** ***** *****

Pooler, GA. 31322

CORE COMPETENCIES

• Over 10 years industry experience planning and implementing manufacturing processes and procedures.

• Over 8000 hours using various CAD software primarily focusing on analyzing and validating detail and assembly models and drawings for producibility.

• In depth understanding of planning for fabrication and assembly of metallic and composite structure, mechanical systems, and electrical components.

• Knowledgeable of six sigma manufacturing principles, and utilization.

• Very skilled in root cause and analysis principals.

• Proven leadership skills attained through team collaboration.

• Fluent in English and Spanish.

WORK EXPERIENCE

Operations Engineer: Composites

Gulfstream Aerospace, October 2013 – Present

• Review and approve engineering models for producibility on behalf of composite manufacturing.

• Lead team of planners in change of generating work instructions for fabrication of composite and plastic details and assemblies from engineering models.

• Project manager on trim room upgrades which included designing new floor layout, sourcing and installation of new equipment, team collaboration, budget, and schedule.

• Manage engineering changes impacting composite and thermoformed parts by setting production cut in dates based on tooling, planning, and material requirements for production and developmental programs.

• Lead weekly Composites Change Review Board meetings for unplanned events. Review engineering changes and request for parts and test specimens outside of the regular production schedule, to meet critical shortages and ad hoc requirements.

• Developed and executed tool studies to identify and acquire mold fixtures and assembly tools in support of production rate increase and production ramp up on developmental aircraft programs.

• Managed scrap review board meeting by generating metrics on scrapped parts, investigating root cause, and implementing corrective actions.

• Coordinated weekly tool prioritization meeting between tooling management teams and Composites MBU in an effort to expedite new and rework tools.

• Investigated and developed business cases for new technology to enhance the cleaning methods of mold fixtures, and new equipment for storing vacuum hold-down fixtures. Methods Analyst: Final Assembly, Systems Integration Bombardier Aerospace, April 2012 – October 2013

• Generated condition of supply documents for receipt of major system assembly components.

• Drafted and revised methods product structure and value stream maps for analyzing the flow of major system components, provisions, and major structure throughout the build cycle.

• Analyzed interface control drawings to optimize system integration on final assembly line.

• Reduced cycle times in work centers by designing new ballast box, installation process, and systems installations.

• Created visual work instruction using for system installations.

• Analyzed product configuration to pinpoint new components/assemblies to incorporate into ferry kits with the objective of reducing cycle times in final assembly line and completion center.

• Identified tooling and personal requirements for systems installation per work station. WORK EXPERIENCE CONT.

Manufacturing Engineer: Metal Fabrication and Assembly Piper Aircraft, Incorporated, May 2011 – November 2011

• Lead M.E. for center fuselage; tasks included gate review to insure first past yield, analyzing, reviewing and signature approval engineering drawings for producibility.

• Liaison between engineering and various suppliers regarding design requirements and assembly tooling requirements on drill and bond fixtures.

• Instrumental in the development of the initial assembly and system integration plan for center fuselage sections and related systems, adhering to lean manufacturing methodology.

• In a team setting, reviewed defects for root cause, implemented corrective action, assist in the execution and performed statistical analysis.

• Perform time studies and material cost of sheet metal and machined components particular to center fuselage used by production.

Manufacturing Engineer: Composites

Diamond Aircraft Industries, May 2008 – March 2011

• Assisted in the development and initial production sequencing plan for the D-Jet wing, including facility and tooling requirements.

• Generated detailed work instructions for composite parts and assemblies from engineering drawings.

• Created and review major designs and materials test plans for certification through Transport Canada.

• In a team environment, cross functional collaboration was used in development of tool control system for identifying and tracking quality inspections for all tools used throughout the production line.

• Conducted cost analysis on various assemblies and provisions to identify opportunities for cost savings utilizing Lean manufacturing techniques.

• Supported manufacturing of pressurized fuselage test article used for confirmation of Transport Canada Certification standards.

• Aided quality department by generating First Article Inspection reports from engineering drawings for quality control inspectors on composite details, sub-assemblies, and installations; wire harness installations; and sheet metal components.

SOFTWARE APPLICATIONS

CAD Applications:

• CATIA V5

• AutoCAD 2012

• UniGraphics NX

PLM Applications:

• SmarTeam (ENOVIA)

• VPM Navigator (ENOVIA)

• TeamCenter (Siemens)

ERP Applications:

• SAP ERP (SAP AG)

• Baan IV (Infor Global Solutions)

• Navision (Microsoft)

Other Software Applications:

• Solumina (IBM) – MES system used to view routings, BOM, discrepancies, and for shop floor support

• 3D Via Composer (Dassault Systèmes) – used to generate Visual Work Instructions and animations

• Microsoft Office (Microsoft) – Excel, Visio, Project, PowerPoint, Word, Outlook EDUCATION

Confederation College, Thunder Bay ON

Aerospace Manufacturing Engineering Tech. – May 2008

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