| | | 20,000+ Fresh Resumes Monthly | |
|
|
| |
Click here or scroll down to respond to this candidate Candidate's Name
EMAIL AVAILABLE
PHONE NUMBER AVAILABLE
EXPERIENCET.I.M.N. F.D.A. Food and Beverage Appliance Engineering, Dallas, Georgia, 7/2011-PresentInventor / Entrepreneur / Mechanical Engineer:Build appliances with embedded telecommunications, and medical and health industry. Beverage cart design, source, build, sell cycle. Beverage cart has several modern features aimed at meeting biological nutrition needs as a course of three-day consumption schedules. Tasks completed thus far include: forty-year project road map with four stages of product design and descriptors of who customers will be at each stage with what needs are to be met; product drawings in two stages; internal fuel housing design drawing; existing patent search; collaborative business alignment attempt; product proposal; current in experimental build.
Researched Food and Drug e-Number and Appliance and Product RegulationsMade research schedule and obtained FDA e-Number for product study. Sourced all parts / built others from scratchResearched necessary components from several chiller options and flow systems.Researched syrup ingredients / blacklists for best recipe make / largest worldwide distribution.Sought, bought, and customized airplane food cart for beverage delivery.Hand cut, assembled, tested, refined beverage delivery system learning process from scratch. Presented business model / potential roadmap to beverage companyPresented forty-year plan with benchmarks and designs to Coca-Cola executives.Introduced specific hurdles, competitor advantages / weaknesses, product value to executives. Created new market through innovationProduct utilizes internal telecommunications technology to predict customer demand.Product talks to individual consumer interfacing use with daily consumption / diet plans. Distribution Center involvementLocated, loaded, and unloaded goods in cold room, warm room, and cleanroom environments.
Emerson Medical, Food, Beverage Manufacturer, Gainesville, FL, 08/2000-08/2003Quality Engineer:Designed and implemented end-to-end Quality Management System including all data installation, maintenance, and reporting for four divisions in an ISO9000 and HACCP environment.
Led Root Cause Analysis and Corrective Action TeamsUsed statistical analysis to provide evidence for much needed circuit board design change.Ensured meeting of FDA regulations in eliminating food traps and bio-contaminates in design.Linked departments and divisions to supply quality digital thermometers to hospitals. Designed and installed Full Quality Management SystemPublished inspection procedures for all electronic thermocouple supplier components.Analyzed manufacturing in light of migrating Enterprise Resource Planning ERP applications.Designed supply chain analysis including statistically based supplier rating system.Converted paper-based component order system to database management system.Facilitated multi-component manufacture, standards inspection from Great Britain to China.Designed texture gradient level standards.Drove quality improvements through Root Cause Analysis and Continuous Improvement teams. Led and conducted all internal and customer facing reporting activitiesProduced all manufacturing and return reports leading to instrument engineering and design.Reported quarterly and annually instrument reliability to customers and executive teams.
Meggitt P.L.C. Highly Regulated Aerospace Components, Rockmart, Georgia, 07/2014-12/2014Quality Assurance Engineer:Helicopter turn-key manufacture of fuel housing, cell, plumbing, and engine feeder tubing, which was formerly a multiple manufacturer ordeal. Claim to fame is teamwork and operationally using a grassroots daily team accountability framework with key metrics. Skills utilized were Work Instruction Technical Editing, Production Part Approval Process (PPAP) collaboration, and Gauge Reliability and Reliability (Gauge R&R) study.
Reviewed build plans for over 1000 discrete parts and assembliesCollaborated, edited, rejected, approved seventeen suppliers PPAP packages.Reviewed Supplier CPK, TQM, P-FMEA. Worked through pre-build options to final construction complete work instructionsBuild / design several fixtures including fixture modification from blueprint to build use.Worked from CAD models and best practices to edit and re-edit complete work instructions. Rescued dying gauge programCollaborated across departments to measure / test capability of gauges by operator and part. Expanded Future Environmental Health and SafetyTeam prevented manufacturing injuries by installing safeguards on equipment transports.
Arctic Cat OEM Power Sports Manufacturer, Thief River Falls, MN, 09/2013-06/2014Supplier Quality Engineer:Supplied expertise behind the scenes for motor sports vehicle manufacture, took sales engineering requests from idea to release in under a year, system-wide. Worked with engineering, purchasing, and manufacturing arms on new releases, specifically in Plastic Injection and Blow Molding, with seven manufacturers and a paint house. Skills utilized were cross company collaboration, cross design and build stage collaboration, Root Cause Analysis (RCA), and Corrective and Preventative Action (CAPA).
Resolved part quality issuesDesigned reusable transition packaging and associated dunnage with flexibility.Held production line to correct use of flawed paint match of co-joining product.Organized return shipping of flawed product, production / painting standards / and shipping.Worked with manufacturing and machine shop to recut / refile / add monthly maintenance.Pulled and measured 2,000 engine mount parts, personally machined parts keeping line going.Reviewed machining standards with in-house machine shop to prevent recurrence.With engineering and off-site blow-molding house, redesigned fit issue of fuel line flow.Farrow arm point cloud scan and comparison with engineer drawings. Engineered / Approved new product standards / metrics / partsDeveloped with engineering / marketing / suppliers Pre-production Part Approval Process.Refined paint standards and acceptance criteria for mold-in paints and over-paint parts.Worked within APQP team.Reviewed Supplier CPK, TQM, P-FMEA.
MG International Plastic Injection manufacturer, Dallas, GA, 02/2012-02/2013Quality Manager:Plastic Injection Molding with capacity for multiple material and insert inclusion pieces for the automotive industry, as well as paint and light assembly quality assurance, metrics, preventative and corrective actions throughout local facility and four satellite facilities, including one in Mexico. Japanese Big Three Kaizen on-site lead and Root Cause Analysis audit reporting of A/C, communication, and vehicle controls to customers. End-to-end manufacture Quality Improvement Plans and installment of Quality Assurance Systems.
Made production line and maintenance scheduling improvementsIntroduced diagrammed and on fixture jig loading standards, part- to- jig placement robot yield.Researched and proposed repeatable bin inventory flow to save labor hours. Improved quality management system, part design, part test, customer immediacyDesigned test jig for nine key sub-assembly. Changed test robot speeds, and added test layers.Upon subassembly confusion, added clarification suffix to part labels eliminating $10,000 loss.Negotiated cosmetic critical surface with customer saving $26k in part cost.Worked through the night with production personnel to sort all good from bad material.
EDUCATIONFLORIDA ATLANTIC UNIVERSITY Boca Raton, Florida, 01/1996 - 12/1998Master of Education, Special Education GPA 3.43/4.00PURDUE UNIVERSITY West Lafayette, Indiana, 08/1987 - 12/1991Bachelor of Science, Industrial Engineering GPA in area 4.34/6.00
PROGRAMING SKILLSProgramming experience and coursework in SAS, Minitab, SPSS, Java, SQL, Visual Basic, PHP. Experience with Microsoft Excel, Word, Access, PowerPoint, SharePoint. Professional install and configuration of machines with DOS, WINDOWS, LINUX, iOS operating systems. Use of Microsoft Office, Lotus Notes, and Google Productivity Apps.
CERTIFICATIONS Six Sigma Black Belt
LANGUAGES English (native proficiency) and Spanish (limited proficiency) |
