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Click here or scroll down to respond to this candidateCandidate's Name
Street Address * PHONE NUMBER AVAILABLE * EMAIL AVAILABLEPROFESSIONAL SUMMARYMy goal is to increase my professional level while I develop my skills in a challenging work environment. As a professional, I can provide fresh knowledge and energy which can impact favorably today's industry. I present myself as a professional with 15 years of experience, a person who seeks to get the task done properly within a determined time schedule. Authorized to work in the US for any employer.WORK EXPERIENCEMCCUE CORPORATION, Danvers, MassachusettsGlobal Quality Director, Aug 2023 PresentResponsible for the Quality of product and services globally.Manage Customer Escapes, support 5S+1 initiatives, present site data to leadership and lead continuous improvement events.Lead ISO9001 audit efforts. Ensure documentation is updates to the latest revisions and customer requirements.Lead First Article Inspection efforts from the Suppliers sites and signoff.Managing a global group of quality professionals and third-party quality firms with quality tasks as WIP Inspection, Incoming Inspection, Final Inspection and Quality Engineering.Responsible for the talent development within my team. Laying out the training strategy for each individual in order to contribute to their future career development.Oversee projects on cost of quality and cost of rework/scrap/repair in order to fulfill continuous improvement goals on cost reduction.Provide bidding hours to support Quality Engineering tasks and ensure proper quoting is being presented.Monitor Supplier Scorecards to ensure quality of materials sourced by McCue.Travel to supplier sites and shipping facilities when required.TELEDYNE FLIR, NORTH Billerica, MassachusettsQuality Manager, July 2022 August 2023Responsible for the quality of North Billerica Teledyne Flir site.Manage Customer Escapes, support 5S+1 initiatives, present site data to leadership and lead continuous improvement events.Host weekly reviews with USG to discuss status of test procedures and other action items.Lead ISO9001 audit efforts. Ensure documentation is updates to the latest revisions and customer requirements.Review new customer contracts to identify gaps and opportunities prior commitment and submission.Collaborate with program management towards business needs, budget management and project monitoring (EAC/ROI).Ensure inspection efforts of electronic components to meet MIL-PRF-38534, MIL-STD-883 and J-STD-001.Periodically survey suppliers to assess abidance to MIL-PRF-38534, MIL-STD-883, J-STD-001, ISO9001 and AS9100.Manage a group of professionals and hourly personnel tasked with quality tasks as WIP Inspection, Incoming Inspection, Final Inspection and Quality Engineering.Responsible for the talent development within my team. Laying out the training strategy for each individual in order to contribute to their future career development.Oversee projects on cost of quality and cost of rework/scrap/repair in order to fulfill continuous improvement goals on cost reduction.Provide bidding hours to support Quality Engineering tasks and ensure proper quoting is being presented.Travel to supplier sites and shipping facilities when required.RAYTHEON RMD, Tewksbury, MassachusettsManager II Mission Assurance Engineering (Patriot LW&AD), Mar 2021 Mar 2022Manage Customer Escapes and complaints. Driving the assignments across the process, from induction, testing, rework/repair/replace and subsequent shipment/response back to DCMA/customer.Lead of Risk & Opportunities. Assigning tasks to the multi-discipline team in order to identify, develop and establish Risk & Opportunities for emerging issues.Oversee the inspection for shipments routed to DCMA in order to capture non-conformances prior shipments.Manage the budget for the Patriot Land Warfare & Air Defense Mission Assurance program on Customer Escapes activities such as: Test & Evaluation, Repair/Rework/Replace, Engineering Analyses and other activities.Identify gaps in supplier quality notes and enforce supplier compliance to AS9100 and applicable customer needs and requirements.Review new customer contracts to identify gaps and opportunities prior commitment and submission.Collaborate with program management towards business needs, budget management and project monitoring (EAC/ROI).Manage a group of professionals tasked with subprograms and ensuring they have the tools and time to perform daily tasks.Ensure inspection efforts of electronic components to meet MIL-PRF-38534, MIL-STD-883 and J-STD-001.Periodically survey suppliers to assess abidance to MIL-PRF-38534, MIL-STD-883, J-STD-001, ISO9001 and AS9100.Responsible for the talent development within my team. Laying out the training strategy for each individual in order to contribute to their future career development.Oversee projects on cost of quality and cost of rework/scrap/repair in order to fulfill continuous improvement goals on cost reduction.Present SAP data analysis to the director level in order to provide status on budget, projects, customer escapes, non-conformance drivers and other business needs.Travel to supplier sites and shipping facilities when required.LOCKHEED MARTIN, Chelmsford, MassachusettsSr. Quality Engineer (Exciter, MRFDL), Dec 2019 Mar 2021Address non-conformances via SAP/MRC by means of dispositions (scrap, rework, repair, use as is).Perform Level 3 inspections for all Exciter/MRFDL related products and subassemblies.Create Quality Alerts as required in order to create awareness for emerging issues.Performing stock purges for suspect product. Contain suspect product until investigation is complete.Develop robust CA/PA in order to minimize reoccurrence of existing issues.Use 6S methodology in order to promote an environment of continuous improvement and lean manufacturing.Hosting Customers (Boeing) and DCMA for source inspections and selloffs.Manage the QNote/MRC metrics in order to address these within a reasonable amount of time.Ensure the rework plans provided by manufacturing engineering abide with all requirements and specifications.Mentoring less experienced Quality Engineers and assist when required.Ensure inspection efforts of electronic components to meet MIL-PRF-38534, MIL-STD-883 and J-STD-001.Interactively work with manufacturing engineers and supervisors in order to implement quality protocols.Communicate Qualitys concern for emerging issues in the Exciter/MRFDL group meetings.Conducting First Article Inspections when required.PRATT & WHITNEY, East Hartford, ConnecticutF135 Customer Support Engineer (Mech Systems & Fueldraulics), Jan 2019 Dec 2019Addressing MERLIN and Action Requests (ARs) for Mech Systems and Fueldraulics components.Creating redlines for Unit and Depot level JTD data modules. Creating MDRs to grant preservation extension requests and other field issues.Assisting subgroups such as CIPT, SuIPT, CaIPT, in order to continuously address continuous improvement, safety and betterment of corrective actions.Completing QN tasks for Quality using the SAP system.Provide daily support worldwide for the F135 fleet regarding Mech Systems and Fueldraulics. Provide documentation properly marked for export for either domestic or foreign customers.Provide technical expertise for Mech Systems and Fueldraulics when needed, during internal meetings or with the JPO (Joint Program Officer).Facilitate the logistic process for removal and replacement of components.Assist CIPT members during tech reviews and provide Field Implementation Plans.Conduct Gate 0 presentations for new issues in order to determine the following nature of investigations (Engineering Investigation, Quality Investigation, Reliability Investigation).Provide root cause data to assist in the improvement of corrective actions and preventive actions.GE RENEWABLE ENERGY, Schenectady, New YorkWind Fleet Performance Lead Engineer, Feb 2017 Jan 2019Responsibilities include monitoring the operation of the GE wind fleet of the Americas, troubleshooting and visiting sites to address emerging issues.Climbing wind turbines as needed in order to solve issues such as calibration and imbalance.Perform hand calculations using Mathcad to validate finite element analyses and computational fluid dynamics studies.Use of Ansys tools to perform structural analyses on blades and pitch bearings, most commonly using the Von-Mises (energy) approach. Performing parametric studies to identify the best solution according to the circumstances.Use of Fluent to perform aerodynamic studies on different sites in order to forecast wind flow tendencies, regional environmental effects due to topography and nearby structures.Post-processing of lightning reports in order to identify strokes impacting the units and their magnitude.Writing documentation to fix systemic issues.Use of digital tools to track and trend emergent issues and working with the team to solve them.Solved over 1000 customer claims.Specialized in Blades Calibration, Pitch Bearings and Blades customer claims.KNOLLS ATOMIC POWER LABORATORY, Schenectady, New YorkMechanical Engineer, Feb 2016 - Feb 2017As part of the Thermal Safety Team, I had to perform thermal analyses with finite element analysis and computer fluid dynamics.Use of Abaqus to perform thermal studies, which included all forms of heat transfer (convection, conduction and radiation) and using heat generation because of the nuclear nature of the model.The temperatures obtained in the thermal analysis fed the material properties in the structural analysis, which in turn the work cycle from Abaqus (thermal analysis) fed the Ansys (structural analysis) and its results were assessed until the best combination of thermal and structural properties was achieved.Use of ANSI tables to obtain material properties.Use of Mathcad to validate the analyses, both thermal and structural.Design of SFC (spent fuel container) and its support contents, intended to properly store nuclear fuel considering thermal, nuclear and structural scopes.The scope of the work was the proper disposal of the spent fuel used in the navy's fleet of submarines and carriers.The scope of work also included the writing of documentation including the analysis and instructions in order to promote the safety and wellbeing of the personnel handling the spent nuclear fuel.Accomplishments: I was able to complete thermal analyses and documentation to decommission, defueling, transport and storage of diverse spent nuclear fuel types.UTC AEROSPACE SYSTEMS, Santa Isabel, Puerto RicoSr. Quality Engineer, Dec 2014 - Feb 2016Responsible to manage the Final Inspectors and ensure the shafts made on site are shipped without defects.Managing the site's instrument calibration plan in order to ensure the parts are being made using the right specifications.Reviewing the documentation, including the material certifications and Certificate of Conformance, contacting suppliers and conducting investigations to solve issues and to implement corrective actions as required.Working with customers that perform source inspection on site.Manager of the nonconforming queue on site, assigning tasks and driving actions to completion.Mentoring less experienced Quality Engineers, providing them assistance when required. Working with the AS9100 transition from Revision C to D, updating documentation and performing the necessary audits to validate the site is in compliance with the latest standards.Use of Solumina and SAP to monitor the site's production volume.Interactively work with manufacturing engineers and supervisors in order to implement quality protocols.Use of ACE (achieving competitive excellence) as an operative system to perform daily tasks and keep work areas organized.Accomplishments: I was co-leader of the Handling Campaign ("Handle like a baby") whose focus was to make awareness of the handling issues and attack areas of opportunity where the cost of poor quality is higher.PRATT & WHITNEY PUERTO RICO, Isabela, Puerto RicoCFD Engineer, Sep 2010 - Dec 2014Use of CFD software programs to design compressor components for Pratt & Whitney jet engines.CFD software used included mainly an in-house software called Nastar, which compiled all the geometry of the rotor blades and guide vane blades, hub counts and stage numbers.Mesh of the compressor components using partitions in order to provide the best solution.Use of Ansys to model individual components structurally, such as rotor blades and guide vane blades. Use of the aerodynamic data provided by Nastar results to feed the loads and conditions in order to provide the most conservative results.Analyze the data involving the performance of the compressor and turbine data in a jet engine. Engines analyzed included mostly Pratt & Whitney engines. The most commonly studied engines were: F135 (all 3 variants), GP7000, GP10000 and many others from customers like Mitsubishi and GE.Weekly meetings with the customers to discuss the project evolution and future expectations.Use of Navier-Stokes equations to perform calculations directed to obtain fluid dynamics data such as: volumetric flow, pressure ratio, stagnation points, temperature, heat and others.Use of Linux and Unix to perform operations and run CFD problems.Remotely assisting real time testing of Pratt & Whitney engines in order to determine the integrity of the probes and other components for data gathering.Use of CFD software such as Fluent and Ansys.Use of Mathcad to validate results from the finite element and aerodynamic tools.MUNICIPALITY OF LARES, Lares, Puerto RicoDesign Engineer, Feb 2010 - Jul 2010Contract roleZIMMER, Ponce, Puerto RicoDesign Engineer, Aug 2009 - Dec 2009Coop experienceEDUCATIONUNIVERSIDAD DEL TURABO, Caguas, Puerto RicoMasters of Science in Mechanical & Aerospace Engineering, Dec 2014UNIVERSITY OF PUERTO RICO, Mayaguez, Puerto RicoBachelor of Science in Mechanical Engineering, Oct 2010UNIVERSITY OF PUERTO RICO, Aguadilla, Puerto RicoAssociates of Science in Natural Sciences, May 2003ADDITIONAL SKILLSRRCA (Relentless Root Cause Analysis) ACE (Achieving Competitive Excellence) - UTC tool 8D Method Apollo RCA Lean Manufacturing Operations Lean Quality Tools (FMEA, Pareto Charts, Fishbone Diagrams, Six Sigma 5S, 8D Methodology) Quality Auditing SAP SoluminaFEA (Finite Element Analysis) CFD (Computational Fluid Dynamics) MS tools AutoCad Catia Solid Works Abaqus Fluent NX Ansys Programming (C++, PLC, Linux, Unix, Perl) AS9100 Instrument Calibration PlanACE Associates Certificate UTC May-2015Quality Inspector CertificateIndustrial Validation CertificateMIL-PRF-38534, MIL-STD-883, J-STD-001 |
