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Top 50 Manufacturing Engineer Skills

Below we've compiled a list of the most important skills for a Manufacturing Engineer. We ranked the top skills based on the percentage of Manufacturing Engineer resumes they appeared on. For example, 11.4% of Manufacturing Engineer resumes contained Process Improvement as a skill. Let's find out what skills a Manufacturing Engineer actually needs in order to be successful in the workplace.

These Are The Most Important Skills For A Manufacturing Engineer

1. Process Improvement
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high Demand
Here's how Process Improvement is used in Manufacturing Engineer jobs:
  • Directed available resources to steer process improvements across an entire organization.
  • Identified and implemented process improvements, developed assembly/test documentation and training.
  • Implemented process improvements using 5 Sigma and Lean Manufacturing principles.
  • Evaluated and made recommendations for manufacturing process improvements.
  • Implemented a Process Improvement Database.
  • Acted as primary point of contact for supplier inquires, product and process conformance decisions, and process improvement activities.
  • Cultivate and implement process improvements within the reagent manufacturing group which includes bulk reagent formulation, filling and packaging.
  • Process improvement, fixtures design, incorporate process templates, tooling evaluation, method optimization.
  • Analyze process performance data and use production personnel input to drive process improvements and change.
  • Conducted problem investigations and lead problem solving, cost reduction, and process improvement teams.
  • Installed unique mill level control systems and other process improvements saving ~$130K annually.
  • Implemented a process improvement that increased quality and lowered assembly time by 5%.
  • Implemented multiple process improvements which reduced total assembly time by 15%.
  • Created and maintained over 1,500 work instructions related to process improvements.
  • Chair of Process Improvement Program and Chair of the Safety Committee.
  • Led the Integrated Process Improvement Team.
  • Supported operations over Trauma/ Anatomical Cells, performed data collection and tests for process improvements, performed good engineering/ documentation practices
  • Develop job task planning for tooling and manufacturing -Implement process improvements to increase productivity -Validate and approve engineering changes.
  • Participate in radical process improvement shops to redesign manufacturing lines to eliminate wastes using six sigma and lean tools.
  • Performed process validation and process improvement for Laser cutting of Nitinol Stent and Electro polishing, sand blasting etc.

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844 Process Improvement Jobs

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2. Test Cases
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high Demand
Here's how Test Cases is used in Manufacturing Engineer jobs:
  • Design prototypes of manufacturing equipment and performed test cases to ensure proper function.

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94 Test Cases Jobs

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3. Engineering Department
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high Demand
Here's how Engineering Department is used in Manufacturing Engineer jobs:
  • Managed Manufacturing Engineering Department for corporate manufacturing facility.
  • Supervised and guided Manufacturing Engineering Department staff successfully through the qualification process for ISO 9000 certification at the Fab-23 installation.
  • Served as Manufacturing Engineer for automated welding processes company, acting as a liaison between manufacturing and engineering departments.
  • Worked with Engineering Department and Quality Control to maintain a professional and efficient machining environment.
  • Work with the design/engineering department to ensure new products are properly designed for manufacturing.
  • Provided technical support for engineering department and shop floor operations.
  • Provided technical liaison between the Engineering Department and customers.
  • Assisted Engineering department in system troubleshooting.
  • Acted as liaison between manufacturing, software, hardware, and quality engineering departments to ensure product met design intent.
  • Reduced cost and waste by troubleshooting tooling issues with the quality, tooling and engineering departments to reduce scrap.
  • Work effectively on a daily basis with Quality Engineer and Design Engineering departments to produce a high quality product.
  • Assisted in troubleshooting of machines and performed engineering testing reports for CAPA issues in the engineering department.
  • Managed the tool crib to ensure continues supply of tooling and materials for the manufacturing engineering department.
  • Worked closely with the engineering department in the development and testing of new imaging equipment.
  • Direct and guide junior engineers and technicians in the Manufacturing Engineering department as assigned.
  • Plan, direct and control technical activities for the manufacturing engineering department.
  • Served as a Lead and supervisor for the Engineering Department Operators/Machinists.
  • Directed engineering department in design, research, and prototype areas.
  • Collaborate with engineering departments from other CMI companies.
  • Worked with engineering department to resolve signal timing conflict on 3800 mother board.

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72 Engineering Department Jobs

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4. Assembly Line
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high Demand
Here's how Assembly Line is used in Manufacturing Engineer jobs:
  • Develop and implement programming software methodologies and techniques to enhance product assembly line reliability.
  • Removed arbitrary complexion from assembly lines to dramatically decrease down time.
  • Assisted in setup and upkeep of inventory control for parts being transferred between powder coating paint booths and assembly lines.
  • Saved $400K annually of the Round Baler Final Assembly line by reducing 30 percent of process waste.
  • Respond daily to Quality issues and create and implement solutions to defects discovered in the assembly line.
  • Developed a new automated assembly line for package units that produced 300 units per shift.
  • Created and maintained standard work for operating and setting up machines for Assembly line.
  • Designed and built the first FPI assembly line for fabrication of military armored trucks.
  • Reduced assembly line floor space by 25 % and improved productivity by 15%.
  • Streamlined production and assembly lines through process planning techniques reduce cycle time 30%
  • Single point of contact for the engineering aspects of two product assembly lines.
  • Designed delivering kit carts for the assembly lines to improve ergonomic.
  • Design of assembly fixtures and automation of the assembly line.
  • Established standards for implementing all future assembly lines and tooling.
  • Implemented documented work instructions for assembly line work stations.
  • Lead Safety and Contamination Audits on assembly lines.
  • Design custom fixtures for assembly line.
  • Supported new assembly line start-up.
  • Experience with automotive tier 1 supplier/OEM interactions including pre line and assembly line activities with exposure to automotive pacing and communications.
  • Adapted a continuity testing system for the Dterminator assembly line in Mexico.

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37 Assembly Line Jobs

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5. CNC
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high Demand
Here's how CNC is used in Manufacturing Engineer jobs:
  • Promoted 5S in all departments and worked to get CNC programs updated as needed for quality error avoidance.
  • Developed a new CNC layout that reduced part movement, improved part flow and liberated idle resources.
  • Introduced new CNC programming methods to improve cycle times and establish Poke Yoke to eliminate quality problems.
  • Developed and implemented new approaches for problem solving, macro CNC programming and machine set-up.
  • Worked with DataCon programmer, Micron II, CMM measurement and CNC machine.
  • Worked with operators and toolmakers modifying fixtures, tooling, and CNC programs.
  • Promoted to Manufacturing Engineer and Implemented programming CNC lathes with Gibbs software.
  • Champion of macro CNC programming, verification, prototypes and machine maintenance.
  • Work on CNC Machining and Turning Centers as well as manual machines.
  • Programmed and modified CNC programs for 3 laser systems and robots.
  • Supervised the CNC department consisting of 15 operators.
  • Researched RFID implementation at CNC machine shop.
  • Used both Mastercam X and Pro-NC to generate G-code tool paths from the Pro-E models in support of CNC programming efforts.
  • Create CNC programs and Process drawings using Pro/Nc and ProE for machining of new products and support for existing components.
  • Used 6 sigma technique to create a parametric estimating model to forecast 5 axis CNC machine setup time.
  • Synchronized with lathe machine and robot utilizing CNC programming and PLC logic.
  • Lead a CNC Machine Shop transition from Kirkland, WA to Mexio.
  • Corrected/updated all of our CNC routings before our final 2011 cost roll.
  • Program, setup and operate CNC Charmilles Wire EDM.
  • Conducted time studies to make corrections to our CNC routings in order to reduce closed order variance (COV).

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41 CNC Jobs

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6. Product Lines
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high Demand
Here's how Product Lines is used in Manufacturing Engineer jobs:
  • Launched new product lines into current manufacturing meeting corporate objectives.
  • Managed production planning process for assigned integrated circuit product lines.
  • Process and manufacturing engineering responsibilities for several product lines.
  • Provide sustaining manufacturing support for different product lines.
  • Oversee the daily manufacturing and processes of the Assembly Department spanning across 4 major customers with some 16 different product lines.
  • Review or modify the process layout to support new product lines, order equipment, tools and fixtures and qualifications.
  • Designed and expedited fabrication of fixtures and tooling to enhance production of new and existing product lines.
  • Support Customer Service and RA departments with daily requests regarding the product lines within my responsibility.
  • Provided manufacturing support for aircraft inlet product lines as part of an Integrated Product Team.
  • Serve as functional subject matter expert on autoimmune and infectious disease product lines.
  • Improved product lines using Lean concepts and created prototypes for achieving cost-effective production.
  • Recreated, reverse-engineered and repaired 3D solid CAD models of different product lines.
  • Created and designed new product to help company to expand product lines.
  • Tool and fixture design of all connector product lines.
  • Provide engineering support for existing product lines.
  • Managed regulator value stream product lines.
  • Transferred complete product lines to other Gyrus manufacturing facilities.
  • Implemented one-piece flow across several product lines utilizing lean tools and principles such as value stream mapping and Kaizen events.
  • Supported all product lines by investigating and managing over 400 print markups and Engineering Change Requests (ECRs).
  • Benchmarked other reman product lines and investigated new cleaning methods.

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62 Product Lines Jobs

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7. CAD
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high Demand
Here's how CAD is used in Manufacturing Engineer jobs:
  • Improved critical operations by developing detailed work instructions and procedures, using CAD model illustrations for greater clarity.
  • Studied AutoCAD and how engineering drawings are transformed into fabricated products.
  • Redesigned rotor blades & axle for steam turbines on AutoCAD and SolidWorks to increase the output rotational energy by 2 MW.
  • Reviewed customer's drawings and created AutoCAD flat patterns from those specifications to be cut in house or outsourced.
  • Created Models of tooling using Pro E as well as tooling storage lay out plans using AutoCAD.
  • Interacted with engineering, safety and the shop floor by oral and written instructions for CAD changes.
  • Checked product effectively to determine what is required to plan out and validate parts in CAD.
  • Utilized AUTOCAD to redesign the layout of warehouse to relocate the welding stations and rack locations.
  • Transferred AutoCAD drawing into CNC database, troubleshooting and rewriting G code as necessary.
  • Used Pro-e, CREO and AutoCAD for modeling and drawings.
  • Designed Hardware using computer aided design (CAD) tools.
  • Lay out of production lines (AutoCAD).
  • Developed flat pattern and CAD drawings.
  • Worked with National Instrumentation, SCADA, GEF, PLC.
  • Create a full set of drawings using Autocad/Pro E software to produce the required dimensions for machinery use.
  • Trained to use Solid Edge CAD and measured all of the machines to be moved.
  • Utilized Enovia CAD to pull up information on parts number to verify dimension and name.
  • Perform experiments using Cadmium Sulfate processes, C.I.G.S, electroplating.
  • Created assembly instructions using Autocad, Adobe Illustrator, Framemaker and Photoshop.
  • Created and updated assembly documentation for PCBs using PADs and Orcad software.

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1,520 CAD Jobs

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8. Cost Savings
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high Demand
Here's how Cost Savings is used in Manufacturing Engineer jobs:
  • Provided engineering and technical support to operations and identified potential cost savings.
  • Created cost savings justifications through alternative processes and presented to Directors.
  • Implemented one Six Sigma project per year focused on cost savings that directly affect the bottom line profit of the division.
  • Managed projects of varying length and scope in the areas of time and cost savings for fiber optic cable manufacturing.
  • Worked on projects to improve productivity, cost savings, new product introduction, and maintenance of product line.
  • Lead improvement of unit cost management including Cost Savings, Quality Measures, Product Cost, Productivity.
  • Assign cost analysis criteria to projects and determine potential cost savings on a project by project basis.
  • Identified and lead a cost savings team to change rust inhibitor sourcing resulting in fewer quality defects.
  • Assigned project to make Thrust Bearings in-house, improved Quality, delivery time and cost savings.
  • Repair turnaround time reduced by 20% and cost savings of about $250,000 per year.
  • Blank size increased by 30% and providing a significant cost savings to the facility.
  • Generated annualized cost savings of $975,000 through Lean Six Sigma and Continuous Improvement Initiatives.
  • Provide technical guidance and cost analysis to drive production cost savings across division.
  • Implemented cost savings project validated through experimentation to save $0.10/part in scrap.
  • Championed multiple cost savings projects averaging annual savings of $100K.
  • Designed numerous assembly fixtures and special-tooling aides for cost savings.
  • Study manufacturing processes and evaluate time and cost savings measures.
  • Generated $150,000 cost savings in the assembly of the ADM 2220 solder mask machine.
  • Proposed $2.5 million in cost savings opportunities by the remanufacturing x-ray tube components.
  • Project resulted in an an- nual cost savings of $440K.

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55 Cost Savings Jobs

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9. Corrective Action
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high Demand
Here's how Corrective Action is used in Manufacturing Engineer jobs:
  • Interfaced daily w/Lockheed Martin-Georgia MRB implementing rework/repair/corrective action
  • Evaluate precision and accuracy of production and testing equipment and engineering drawings to formulate corrective action plan.
  • Provided technical guidance to quality operations to help resolve non-conformance through participation in MRB cause/corrective action meetings.
  • Implemented Corrective action report requirements to improve manufacturing processes.
  • Help determine non-conformance trends and develop corrective actions.
  • Performed investigation, disposition and corrective action (CAPA) for production issues through the quality system procedures.
  • Performed failure root cause analysis and corrective action for vacuum and atmospheric products returned to RMA.
  • Appointed to the quality review team to review escapes and provided 8D reports for corrective actions.
  • Assess non-conformance, conduct failure analysis, root cause analysis, and provide corrective action.
  • Determine root cause and corrective action analysis for issues that arise during assembly of products.
  • Implemented and coordinated the Quality/Delivery Clinic where rapid response leads to root cause corrective actions.
  • Work integrated corrective action database to support goal of root cause analysis.
  • Provided repair instructions to assemblers and, corrective actions to engineering.
  • Resolved issues using root cause analysis and corrective action.
  • Evaluate RMA, provide corrective action reports.
  • Investigate and determine root cause of non-conformances and formulate action plans for material disposition and implementation of corrective action.
  • Established corrective action plans and tasks, worked to complete these tasks prior to coordinated ECDs.
  • Help in supporting the production line to investigate for any issues and provide a corrective action.
  • Dispositioned NCRs for nonconforming material and recommended corrective action.
  • Address non-conformances/CAPAs/field corrective actions and implement corrective actions.

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333 Corrective Action Jobs

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10. Sigma
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high Demand
Here's how Sigma is used in Manufacturing Engineer jobs:
  • Worked as a manufacturing intern in a cross-functional team to conduct lean six sigma projects for improving assembly line productivity.
  • Utilized Six Sigma and Lean Manufacturing principles to drive continuous improvement programs and develop best practices.
  • Applied DFSS/DMAOV strategies and tools to projects using Six Sigma Methodology for improving Manufacturing methodologies.
  • Identify and implement key Lean/Six Sigma metrics, provide cost estimation for new product.
  • Help with root cause analysis after structural bond failures using six sigma techniques.
  • Perform time studies to evaluate product assembly using DMAIC six sigma techniques.
  • Supported Six Sigma Black belt project to globally standardize Bills of Material.
  • Assisted in the implementation of Lean Manufacturing and Six Sigma Projects.
  • Utilize Lean Manufacturing and Six Sigma methodologies in project work.
  • Helped in the implementation of Lean Six Sigma initiatives.
  • Received a six-sigma green belt from this project.
  • Cash flow improvement: a SixSigma Project.
  • Have completed Six Sigma training.
  • Lead Six Sigma project to improve first pass yield from 85% to 95% with an annual savings $62,705.00.
  • Apply Lean/Six Sigma principles to optimize quality, productivity, and operational efficiencies.
  • Supported Lean and Six Sigma manufacturing initiatives within the Hussmann facility.
  • Certified Textron Six Sigma Greenbelt: Managed and closed 2 projects, saving a combined total of over $530,000.
  • Sustained focus on Lean manufacturing by facilitating Lean Six Sigma tools to improve production and team workflow.
  • Lean Six Sigma Green Belt Certification: Led project where first-year savings was over $20k.
  • Used Excel and Minitab to analyze Six Sigma projects for manufacturing test equipment and products.

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219 Sigma Jobs

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11. Kaizen
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high Demand
Here's how Kaizen is used in Manufacturing Engineer jobs:
  • Participate in Kaizen events and ongoing continuous improvement projects with lean manufacturing initiatives both domestically and internationally.
  • Participated in Kaizen events and gave final presentation on overall improvements made during event.
  • Established standard kaizen process to empower production operators to make decision.
  • Participated in Kaizen events in other Parker-Hannifin locations when needed.
  • Participate in Kaizen events to streamline manufacturing processes.
  • Support all Kaizen initiatives for continuous improvement.
  • Manage continuous improvement/Kaizen efforts for Greensboro.
  • Organized and facilitated Kaizen events.
  • Develop scope sheets for Kaizen events, participation and follow up to ensure successful implementation and closure and documentation of results.
  • Led and supported 5S and Lean Manufacturing initiatives and Kaizen processes, optimizing production flow and reducing manufacturing lead times.
  • Participated in Kaizen event that yielded 22% improvement in cycle time for discharge line and oil line processes.
  • Led and initiated Kaizen Events in order to maximize the efficiency of the current process.
  • Facilitate Injection Molding Inventory Accuracy Kaizen event resulting in $170k in annual savings.
  • Process leader for Kaizen and lean engineering efforts for Electronics Assembly and Test.
  • Led cross-functional kaizen workshop teams identifying and delivering $1.25M cost avoidance.
  • Lead 3 & Participant in 2 other kaizen events annually.
  • Conduct Kaizen Blitzes to improve manufacturing processes.
  • Implement all Kaizen recommendation, and participate in all Kaizen weekly meeting.
  • Conducted Kaizen event to Implement new work flow, processes and routings to reduce recertification time of assets by 60%.
  • Worked with design teams, STA, vendors for new Product launch Participated in Jishuken & Kaizen Event.

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129 Kaizen Jobs

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12. ISO
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high Demand
Here's how ISO is used in Manufacturing Engineer jobs:
  • Managed engineering documentation preparation for ISO (International Organization for Standardization).
  • Followed engineering operations in accordance with ISO standards.
  • Trained operators and line supervisor.
  • Contributed in Outsourcing Product Justification by cost comparison at US and at our China Plant and helped in their capacity planning.
  • Die Room Supervisor- CNC Programmer- CMM Programmer- Purchasing- Scheduling - Design - Automation - Research and Development.
  • Provided and maintained liaison between manufacturing and various design labs, include program office and customers.
  • Provided technical support and liaison to upper management for six laser operators and machine shop employees.
  • Follow procedures as per ISO 13485, ISO 9001 and Quality System Regulation (QSR).
  • Lead internal Quality Audits and wrote operator work instructions to comply with ISO 9000 requirements.
  • Keep production supervisors, technicians and operators up to date on important process activities.
  • Provide necessary formal process documentation in compliance with GMP requirements and ISO standards.
  • Created a mindset of continuous improvement and coordinated CI project as supervisor.
  • Established a CAD department with implementation of ISO 9000.
  • Served as liaison with main engineering and floor operators.
  • Work with supervisors to eliminate waste in processes.
  • Lead Akron plant effort to obtain ISO9000 certification.
  • Assisted in ISO9001 certification as an Internal Auditor.
  • Update of all SOP and QC documents for ISO compliance.
  • Modified and created work instructions for programming NC and CNC machines for ISO 9001 certification.
  • Work Instrucitons per ISO, AIAG, TS16949 standards.

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1,414 ISO Jobs

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13. BOM
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high Demand
Here's how BOM is used in Manufacturing Engineer jobs:
  • Develop go forward strategy for PDM EBOM anomaly identification and resolution.
  • Served as Point of Contact for all engineering change orders; control all engineering BOM's and their maintenance.
  • Design support including First Article Approval, BOM Validation, Design Review, and assembly instruction development.
  • Created and updated BOM structure, worked with multiple departments on transitioning product from design into manufacturing.
  • Work closely with Purchasing, Operations and Analysts on a daily basis to improve BOM's.
  • Created process plans based on Bill of Material (BOM) and Drawing from customers.
  • Review Engineering Drawings, BOM s and purchase part specifications prior to Engineering release.
  • Verified BOM accuracy and made necessary changes through ECO's.
  • Created BOM structures from assembly drawings.
  • Work on daily Drawing changes for BOM's in wood shop and seat shop.
  • Give suggestions to spare parts to update the BOM for the part need it.
  • Submitted ECO's for design, BOM, and drawing changes.
  • Reviewed existing products BOMs and drawings and sourced alternative components and vendors for cost savings.
  • Maintained Item Master, BOM, Routings, and Alternate Methods in SAP system.
  • Maintained product line configurations & BOMs accuracy for revenue systems.
  • Authored and maintained instrument SOP's, PST's, BOM's, and routings within SAP.
  • Contributed in achieving 97.8% accuracy per the 2298 report comparing BOMs and Routings in SAP versus VPPA.
  • Experience in all manufacturing planning functions including converting Routings and MBOMS, from CAS to Solumina.
  • Orgenized the PART MASTER database, BOM's, and PART MASTER files to comply with ISO9000 .
  • Utilize Lean Six Sigma tools Create re-work plans for G500 wing mods and Mboms using Solumina 2 and SAP.

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29 BOM Jobs

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14. Fmea
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high Demand
Here's how Fmea is used in Manufacturing Engineer jobs:
  • Designed aluminum/steel fixtures and templates utilizing SolidWorks CAD for manufacture of military armored trucks, including FMEA.
  • Supported development and updating of PFMEA and related risk assessment documentation.
  • Led FMEA process of the area and evaluated and implemented the corrective and preventive actions (CAPA) identified.
  • Fish bones, 8D, FMEA, Perform root cause analysis of day-to-day issues associated with the manufacturing departments.
  • Prepare documentation for new manufacturing processes, PFMEA, control plans, bill of materials and engineering procedures.
  • Work with cross functional teams on 5S, site metrics, PFMEA, risk management, safety.
  • Created and maintained PFMEAS and control plans and suggested improvements for Hone, Broach and Match stations.
  • Participate in FMEA's, EH&S reviews and investigation of component failures.
  • Lead six sigma PFMEA meetings to create robust manufacturing processes for production parts.
  • Involved in PFMEA meetings to address possible failure mechanisms in manufacturing processes.
  • Revised and updated d-FMEA and p-FMEA for existing product and processes.
  • Lead teams using FMEA process solving.
  • Conducted enhanced PFMEA, identified and resolved approx 60 assembly process, tooling, facilities related issues for 2009MY OHAP launch..
  • Set up manufacturing procedures and process instructions (Process FMEA, SOP, WI..etc).
  • Created and maintained Process Flow Charts, PFMEAs, and Control Plans.
  • Experience working with PFMEA, Risk analysis and Change Management documentation.
  • Lead and Participate in creating Process FMEAs.
  • Updated Process Flow Charts, PFMEAs, and Control Plans.
  • SOP's, PFMEA's, assembly instructions, procedures, routers, etc.).
  • Team lead on PFMEA Team Team lead and support on Kaizan events.

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233 Fmea Jobs

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15. New Equipment
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average Demand
Here's how New Equipment is used in Manufacturing Engineer jobs:
  • Execute qualification related to new raw materials, new equipment and qualifications related to improve the manufacturing process.
  • Analyze manufacturing process to reduce the operation cost introducing new equipment or design effective work stations.
  • Established operating equipment specifications, improved manufacturing techniques, and facilitated new equipment production.
  • Redesigned layout of warehouse and supervised/assisted in installation of new equipment.
  • Developed operation and maintenance manuals and maintenance schedules for new equipment.
  • Generate and Develop VP, IQ, EPR, CSV, TMV Protocols and Reports of new equipment and existing equipment.
  • Perform process simulation with the purpose to improve methods, material raw used, scrap and set up of new equipment
  • Increased efficiency of finishing department by 30% through implementation of process changes and addition of new equipment.
  • Managed the layout and installation of new equipment with project team, plant engineering, and maintenance.
  • Drafted qualification plans, process procedures, preventative maintenance plans, and training manuals for new equipment.
  • Trained operators and mechanics on the proper use, maintenance and repair of new equipment.
  • Installed and re-arranged new equipment, created operation procedures, and trained operators.
  • Design and prepare concept drawings of new equipment or modifications to existing equipment.
  • Bring in new equipment where beneficial to production.
  • Ordered, installed, and qualified new equipment.
  • Validated New Equipment: CHA E-beam Evaporator.
  • Processed Capital Expenditure requests to corporate for new equipment purchases.
  • Performed equipment installation checks and validations on new equipments.
  • Forecasted various capital packages and had ownership of the project throughout design and actual implementation of the new equipment.
  • Researched, evaluated and implemented the start up for new equipments.

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143 New Equipment Jobs

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16. Shop Floor
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average Demand
Here's how Shop Floor is used in Manufacturing Engineer jobs:
  • Used Shop Floor II software to develop manufacturing operating procedures to safely and accurately assemble test hardware.
  • Develop manufacturing processes, determine tooling requirements and provide shop floor support during initial product roll out
  • Process and documentation responsibilities per government requirements assigned to shop floor to oversee turning, grinding and milling of rotor parts.
  • Led weekly meeting with hourly shop floor employees to review weekly work orders, continues improvement techniques and safety concerns.
  • Standardized work instructions for assembling of pneumatic air valves, providing shop floor assemblers with proper training.
  • Manage and support the installation of new equipment onto production shop floor through Equipment Capability Acceptance Procedure.
  • Supported shop floor manufacturing, inspection, and test activities through active status and problem resolution.
  • Improved material handling of fabricated parts on shop floor by kitting the incoming assembly components.
  • Developed CNC Programs in Esprit, prove-out on the shop floor, approved by inspection.
  • Used several Lean Engineering processes to help improve manufacturing time on the shop floor.
  • Help implement and insure Lean manufacturing process for Aircraft hanger and shop floor operations.
  • Performed planning duties for new engineering releases and support shop floor with DR/DI's.
  • Direct interaction with shop floor resolving engineering issues with cadence to resolve issues.
  • Manage and assist the shop floor in the day to day operations.
  • Attended and led daily production meetings in the office and shop floor.
  • Implemented and participated in monthly 5S audits on the shop floor.
  • Provided leadership in the shop floor support within the respective department.
  • Conducted lean action-workouts on shop floor for visual management.
  • Created and Released Fabrication Plans to shop floor.
  • Provided engineering support to shop floor, on design, manufacturability and QHSE aspects.

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630 Shop Floor Jobs

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17. Product Quality
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average Demand
Here's how Product Quality is used in Manufacturing Engineer jobs:
  • Authored all advanced product quality planning documentation, operator instructions, preventive maintenance, and provided training per QS9000 requirements.
  • Designed and implemented multiple highly successful SPC programs to improve product quality and process reliability.
  • Developed design for manufacturing studies to reduce process time and increase product quality and reliability.
  • Interfaced with customers, manufacturing and vendors to increase product quality and improve communication.
  • Prepared strategic presentations for cost reduction, product quality improvement and corporate directional growth.
  • Develop management control systems to optimize production activities and ensure product quality/scheduled performance.
  • Investigate and initiate corrective action of discrepancies and deficiencies to ensure product quality.
  • Researched ion-exchange and filtration processes to improve product quality and manufacturing efficiency.
  • Reviewed product quality reports with Manufacturing Department management.
  • Address any component or product quality issue assigned, determining root cause and completing corrective action.
  • Developed new manufacturing processes which reduced cycle times by 50% and improved product quality.
  • Implemented $300,000 assembly tool replacement project, resulting in improved fastening and product quality.
  • Review and edit current processes to increase efficiency and final product quality.
  • Utilized continuous feedback to improve process, product quality and services.
  • Designed a knotless threader assembly, which improved product quality and reduced manufacturing time.
  • Participated in several Kaizen events to eliminate waste and increase product quality.
  • Determined and dispositioned work-in-process and final product quality assurance issues.
  • Provided, in multiple areas of responsibility, continuous improvement of product quality through lean concepts and activities.
  • Designed fixtures, factory floor layouts, and tooling for ease of manufacturing and product quality improvement.
  • Supported product quality customer issues (i.e.

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368 Product Quality Jobs

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18. Solidworks
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average Demand
Here's how Solidworks is used in Manufacturing Engineer jobs:
  • Provided manufacturing engineering and SolidWorks design support for internal / external customers.
  • Bachelor of Science- Electronic Engineering Technology-1988 Certified IPC 610 D/MIL-STD 2000A Trainer Proficient with SolidWorks, and most computer software.
  • Design and build fixtures for performing tests on products and components, using SolidWorks.
  • Used SolidWorks to create, release and control drawings, assemblies and BOM's.
  • Use DFMA tools to effectively transform SolidWorks 3-D models into production work packages/instructions.
  • Utilized principals of mechanical design in SolidWorks to create part fixtures.
  • Used SolidWorks and AutoCad to create and modify drawings for Catheters.
  • Drafted detailed part and assembly drawings using AutoCAD and SolidWorks.
  • Served as the technical resource for SolidWorks at the company.
  • Designed tooling and fixtures using SOLIDWORKS for manufacturing processes.
  • Designed test fixtures in SolidWorks to improve in-process inspection.
  • Design and development of test fixtures in the SolidWorks.
  • Provided SolidWorks 3D development of engineered products for the gas and steam turbine industry including heavy fabrications and close tolerance parts.
  • Utilized SolidWorks to design fixtures and tooling for use on the manufacturing floor, prototyped new component concepts.
  • Use Solidworks 2011 for design and modeling of special tools and wheel packs of ANCA CNC.
  • Completed 3-D Solidworks models for new designs and revising old versions.
  • Designed custom parts for customers and follow projects through using Solidworks.
  • Use Solidworks for product design and mechanical calculations.
  • Create and manage fixture ECOs, repair and new gaging design using SolidWorks.
  • LEAD CNC PROGRAMMER: Create 3D models from 2D blueprints using Ugnx 8.5 and Solidworks 14.

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116 Solidworks Jobs

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19. Project Management
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Here's how Project Management is used in Manufacturing Engineer jobs:
  • Full fiscal and project management accountability for major capital improvements of equipment and machinery; led new machine installations and commissioning.
  • Job duties include teaching engineers to a better understanding of mechanical design, project management, and interdepartmental communication.
  • Project management engineer and process improvement for manufacturer of fiberglass media and related filters.
  • Project Management for the timely and cost effective implementation of manufacturing products and processes.
  • Participated in Project Management and Supervising for Success classes offered through the company.
  • Performed several layout modifications and associated project management to move assets.
  • Provided project management for new tool Installation and qualification.
  • Project management and product management.
  • Created a shop flow process and tracking system, which allowed for greater flexibility and easier project management.
  • Utilized project management skills to closely monitor and guide suppliers through design, build and installation.
  • Worked with Research and Development and Project Management departments to produce cost estimates for new designs.
  • Worked closely with project manager to utilize skills in AutoCAD, excel and project management.
  • Project management and installation supervision of two melt furnaces at a brass-casting foundry.
  • Well versed in project management, marketing, and business strategy.
  • Supervised 8 people in daily tasks and project management.
  • Project management of high complexity mechanical, optical and electromechanical assemblies.
  • Project management Designed internal capital projects for automation.
  • Project management skills defining timelines, goals, and execute to completion.
  • Staff Manufacturing Engineer - Motor & Gearbox Project Management.
  • Define solutions for manufacturing related problems Project management Welding fixture design Selection and purchase of fixed assets Manufacturing support

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1,737 Project Management Jobs

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20. New Product Introduction
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Here's how New Product Introduction is used in Manufacturing Engineer jobs:
  • Coordinated/supervised new product introductions and pilot runs.
  • Provided engineering excellence for six new product introductions, handling all phases of manufacturing from concept through production launch.
  • Assume project lead for New Product Introduction (NPI), and expert on production assemblies and processes.
  • Led the New Product Introduction (NPI) team in reducing design-to-ship cycle time by 40%.
  • Developed and executed strategic plans for new product introductions for automated teller machines (ATM).
  • Develop and initiate plans for new product introduction: tooling, fixtures and machining programs.
  • Led New Product Introductions for Circuit Trimmer and Wafer Trimmer line through a phased process.
  • Provided support to Product Development on prototypes and pilot builds for New Product Introduction.
  • Interfaced with engineering in coordinating new product introductions (NPI).
  • Create JIS for New Product Introductions, including defining product routing.
  • Managed the implementation of new product introductions to our plant.
  • Set up assembly lines and support new product introduction.
  • Assisted R&D with new product introduction.
  • Led new product introduction to the factory floor.
  • Supported new product introduction (KOS).
  • Support new product introduction through FAA certification.
  • Work with New Product Introduction (NPI).
  • Performed capacity analysis and optimized different equipments to meet new product introduction in order to achieve an increase on capacity utilization.
  • Mapped the manufacturing process for new product introductions (ex.
  • KEY ACHIEVEMENTS: Successfully developed service and repair plans in conjunction with new product introductions (Magnatran 8-4X).

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589 New Product Introduction Jobs

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21. R
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Here's how R is used in Manufacturing Engineer jobs:
  • Experience in implementing Lean Manufacturing principles and Six Sigma methodology for sustained continuous improvement.
  • Supervised shop personnel in my areas of responsibility.
  • Experience in PCB Layout Tools such as CAM350 and GerbTool for SMT stencil fabrication review and approval.
  • Help improve work flow and save company money by incorporating Lean Six Sigma initiatives.
  • Plan parts and work with purchasing to insure inventory levels are optimized.
  • Maintained and serviced the robotic welding system and CNC/ NC equipment.
  • Determine and justify expenditures for additional tooling, fixtures, etc.
  • Coordinate with engineering for drawing releases on build list for G650.
  • Specified and oversaw the implementation of shop machinery and welding fixtures.
  • Make sure all desk locations are organized and meet 6S standards.
  • Implement and help plan any parts changes on engineering drawings.
  • Help set up parameters and plan the new parts.
  • Plan parts and work with purchasing for G650 build.
  • Practice lean manufacturing and help to cut cost.
  • Prioritize workloads based on schedule and needs.
  • Helped to solve production process problems.
  • Designed and wrote owner/operators manual and service manual for Daewoo's Skid Steer Loader.
  • Work with Venders and Buyers to obtain the best price for new parts.
  • Performed Alterations to Work Orders and created Work Plans using Solumina.
  • Enter parts in Solumina and CAS.

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22. Technical Support
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Here's how Technical Support is used in Manufacturing Engineer jobs:
  • Provided engineering changes, tooling, cost reduction and technical support to manufacture electronic pacemakers & programmers.
  • Provided manufacturing technical support to the other department.
  • Provided engineering technical support to manufacturing vendors.
  • Assisted daily technical support to manufacturing departments.
  • Provide technical support to customer/customer service.
  • Provided hands-on technical support to cable, harness, and printed wiring board (PWB) assembly and test departments.
  • Managed the field installation, technical support and customer need for sizing motor controllers.
  • Provide technical support to packaging process and projects, such as lines extensions.
  • Trained and provided technical support and direction to product builders and other technicians.
  • Provided technical Support to any issues as and when they arise during assembly.
  • Provide technical support to production as well as other departments, and Customers.
  • Travel to Mexico frequently to give technical support for a new facility.
  • Provided technical support and feedback to Engineering groups for new product introduction.
  • Improved customer service by providing technical support to the marketing team.
  • Provided technical support and new product design to the header operation.
  • Provide technical support to CNC machinist and shop floor employee.
  • Provide technical support at company booth.
  • Provide technical support and training of existing and new equipment.Assist order department in verification of design and bill of materials.
  • Provided technical support and training for primary plant systems equipment and software (i.e.
  • Establish a direct communication with customers and venders to provide technical support.

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546 Technical Support Jobs

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23. Process Flow
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Here's how Process Flow is used in Manufacturing Engineer jobs:
  • Performed plant layout modifications of entire automated manufacturing lines to improve process flow, production throughput and material handling.
  • Assembled systems using created documentation to verify accuracy and process flow.
  • Developed and improved manufacturing process flow and validated manufacturing process.
  • Organized and controlled tooling and equipment to improve methods and process flow for existing and/or new models of jigs and fixtures.
  • Implement Lean and Six Sigma manufacturing principles throughout the production environment to improve process flow and efficiency by 30%.
  • Analyze manufacturing process flows continually for the enhancements of quality, cost reduction, and throughput.
  • Analyze manufacturing process flows continually for improvements of safety, quality, and cost reduction.
  • Help support new business opportunities with estimates, quotations, process flows and other analysis.
  • Work closely with all other areas of the business to ensure smooth process flow.
  • Define PCB assembly processes and process flow, tools, fixtures and acceptance criteria.
  • Support QS9000 activity by developing and maintaining process flows, etc.
  • Created a new process flow making it lean by eliminating wastage.
  • Followed Lean Manufacturing principles to minimize waste and improve process flow.
  • Initiated and developed Machining to Inspection Process Flow Diagram.
  • Red lined Working Instructions to optimize process flow.
  • Analyzed the process flow through the facility.
  • Write process flow for new camshaft jobs.
  • Streamlined production by creating a new manufacturing process flow, part number structure, BOM structure, and procedures.
  • Created process flow and routings for any new products or variants of current products.
  • Developed/designed new process flow layout for shipping area utilizing line-balancing techniques/ workflow analysis; realized 50% increase in throughput.

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661 Process Flow Jobs

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24. Process Control
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Here's how Process Control is used in Manufacturing Engineer jobs:
  • Supply Chain Supplier selection, environmental remediation, quality system creation and implementation, statistical process controls.
  • Decreased lot failures through implementation of moisture analysis equipment and statistical process control methodology.
  • Introduced process controls to maintain machine efficiency and quality integrity.
  • Generated charts for statistical process control.
  • Analyzed various quality defects using Statistical Process Control in Oven assembly and improved yield from 60% to 90%.
  • Write operator work instructions that illustrate (picture) describe how to read the monitor run charts for process control.
  • Created process control procedures and work instructions, initiated Engineering Change Request, Corrective Action Requests, and Deviations.
  • Engineered quality and process controls for hybrid mixed technology circuit board manufacturing and wire and cable harness assemblies.
  • Performed problem solving in manufacturing using statistical process control efforts in the shop using Gage Talker system.
  • Created a watch-list to ensure process control issues were identified early in production / testing process.
  • Monitored statistical process data and incorporated process changes to maintain process control in the cell.
  • Contributed for developing material matrix and Process control books for the same lines.
  • Process control and improvement for approved mass production programs.
  • Used statistical process control to conduct welding studies.
  • Initiated Statistical Process Control Program for entire plant.
  • Supported statistical process control efforts throughout the shop.
  • Process Control Engineer GE Major Appliance Div.
  • Defined requirements and process control plan.
  • Directed project to implement prototype scale production of wire harnesses * Assisted with project to institute statistical process control in manufacturing processes
  • Created Cpk data collection sheets and analyzed process controls and trends.

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241 Process Control Jobs

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25. Troubleshoot
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Here's how Troubleshoot is used in Manufacturing Engineer jobs:
  • Reduced assembly down time by providing direct support troubleshooting emergent manufacturing issues in fabrication and mid-body production areas.
  • Review, troubleshoot and implement improved part manufacturing processing from machining through final assembly procedures for aerospace components.
  • Provide engineering support by troubleshooting problem, effecting timely solutions to maintain the continuity of production flow.
  • Develop manufacturing specifications, bill of materials and routers to troubleshoot and resolve manufacturing process issues.
  • Supported daily production, completing process documentation, maintenance requests, and troubleshooting.
  • Provide engineering support in manufacturing to troubleshoot and resolve technical issues.
  • Worked with development, installation and troubleshooting of various avionics systems, and planning thereof.
  • Resolve quality issues by troubleshooting non-conforming parts to find root cause and drive corrective action.
  • Educated and coached manufacturing teams in materials handling testing, troubleshooting, and production process.
  • Program and troubleshoot CNC machinery for current production, as well as, new products.
  • Worked with programmers and set-up personnel to troubleshoot and improve existing programs.
  • Achieved higher quality parts by troubleshooting molds and training 9 technicians.
  • Coordinated equipment runoff, troubleshooting, and start of production.
  • Provide troubleshooting support for daily production issues.
  • Utilize quality tools for troubleshooting purposes.
  • Provided troubleshooting support to the operations department.
  • Perform ongoing troubleshooting of electro-mechanical assemblies.
  • Developed trouble shooting guides to assist machine operators (Arsoma and Mega's) to self troubleshoot equipment and minimize downtime.
  • Build, troubleshoot, and write test procedures for equipments, simulators, fixtures, and sub-assembly on CNC machines.
  • Worked with various vendors in the production of new parts, as well as troubleshooting technical con-compliances with existing parts.

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176 Troubleshoot Jobs

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26. Product Design
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Here's how Product Design is used in Manufacturing Engineer jobs:
  • Developed, evaluated, and improved manufacturing methods, utilizing knowledge of product design and materials.
  • Participated in product design review, product enhancement design and cost analysis validation.
  • Company co-founder, primary product designer and manufacturing officer.
  • Designed and tested Blotter fiber track print quality solution with minimal impact to existing part/product design.
  • Confer with planning and design staff concerning product design and tooling to ensure efficient production methods.
  • Led engineering prototype builds and validation testing for new product design reviews and stage gate reviews.
  • Worked closely with R&D engineers to align product designs with manufacturing capabilities.
  • Gather all the client requirements and prepared initial sketch for the product design.
  • Team concepts in product design reviews, both internally and with customer representatives.
  • Participated in product design teams and provided DFMA input to product design Team.
  • Serve as a liaison between Product Design and all of Manufacturing.
  • Reviewed new product designs in order to ensure ease of manufacturing.
  • Use knowledge of ASME, AWS, and DIN standards to assist in product design.
  • Interfaced between product design and material handling team's specifications to deliver a fully functioning manufacturing system.
  • Collaborated with product design teams to improve manufacturability of current production models.
  • Initiated and implemented engineering change requests of product designs for improved manufacturability.
  • Implement Design For Manufacturability practices and philosophies to product designers.
  • Recognized and solved product design for manufacturability problems and drove corrective action through the ECO process.
  • Assist in new product design, gave input on the manufacturability of new product.
  • Recognized and solved product design problems by initiating ECOs.

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681 Product Design Jobs

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27. Capital Equipment
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Here's how Capital Equipment is used in Manufacturing Engineer jobs:
  • Initiated development and implementation of process to evaluate, select, and approve capital equipment purchases utilizing a cross-functional team.
  • Created operation sheets, supported production operations, and evaluated capital equipment.
  • Calculated payback periods and cost justifications on new capital equipment and processes.
  • Conducted vendor selection for upgrading various manufacturing product capital equipment.
  • Purchased and sold capital equipment to support company re-organization effort.
  • Evaluate capital equipment investments and prepares cost justifications.
  • Manage the overall implementations of capital equipment projects.
  • Improved capacity through capital equipment and process optimization.
  • Developed cost justifications for capital equipment purchases.
  • Research and recommend capital equipment purchases.
  • Investigated and completed capital equipment purchases.
  • Procured assembly tooling and capital equipment.
  • Identified and installed capital equipment.
  • Developed Statement of Work (SOW) packages for competitive pricing of capital equipment in multiple value streams.
  • Estimated parts & programming, prepared proposals and assisted in contract negotiations for capital equipment.
  • Led projects in capital equipment upgrades, process automation, and waste reduction.
  • Purchased, validated, and installed $1 million in capital equipment.
  • Specified and ordered capital equipment to aid in the assembly of components.
  • Justified the purchase of capital equipment, i.e.
  • Purchased, installed & budgeted for capital equipment.

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454 Capital Equipment Jobs

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28. SPC
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Here's how SPC is used in Manufacturing Engineer jobs:
  • Developed process improvements for heat-treatment, grinding, and machining operations, implemented SPC, cellular-manufacturing, and safety innovations.
  • Served as SPC Coordinator, managing SPC data, coordinating improvements with Quality manager, and reporting quality data to customers.
  • Maintain SPC, charting of manufacturing processes, identify and correct process & machine problems with the aid of operators/technicians.
  • Collected QC data and maintained SPC control charts, providing feedback to upstream manufacturing to insure high product yields.
  • Saved $1M annually by implementing Statistical Process Control (SPC) monitoring systems to reduce production process variability.
  • Trained in statistical process controls (SPC), implemented SPC and other QA tools on factory floor.
  • Developed excel spreadsheets to assess costs, quality SPC, production operations and modifications for Meridian.
  • Learned application of Six Sigma tools and Statistical Process Control (SPC).
  • Implemented SPC and defect reduction teams in a prototype and mature product environment
  • Automated Statistical Process Control (SPC) data collection for different processes.
  • Improved quality and performed SPC to measure improvement & control.
  • Trained employees on process improvements, SPC and safety.
  • Created key process parameter control limits using SPC.
  • Utilize SPC and SQC techniques to monitor quality.
  • Utilized SAP to create work orders and utilized the SPC application and gages to control quality of products.
  • Use Six-Sigma Statistical Process Control (SPC) to maintain photovoltaic cell production line output and equipment.
  • Machine Capability CPk, Gage R&R, SPC, TCM.
  • Utilized SPC tools (i.e.
  • Implemented Statistical Process Control (SPC) to reduce the variation and improve the Cpk on various processes.
  • Elevated Process Support understanding of SWRs, QDRs, Sigma History and SPC.

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51 SPC Jobs

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29. Catia
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Here's how Catia is used in Manufacturing Engineer jobs:
  • Created and edited CATIA v5 drawings for undocumented fixtures and tools used for the manufacturing and testing of military aircraft lights.
  • Used CATIA to create and update drawings primarily consisting of tooling, fixture, and miscellaneous mechanical designs to drive production.
  • Create and clean up geometry in CATIA, create simulations in DELMA and edit final videos in Adobe Premier.
  • Provide On-site CATIA V4 support, organization web development focal, and purchasing role for CAD/CAM computing equipment.
  • Identified and validated inspection requirements from MBD (Model Based Definition) engineering utilizing CATIA V5.
  • Utilized CATIA CAD software for CMM program deployment, fixture design and reverse engineering.
  • Used CATIA V5 for model design and create drawings for all departments.
  • Used CATIA 3D modeling to create tooling and drawings for production use.
  • Created & maintained vendor configuration documents using CATIA & CadKey drawings.
  • Provide CATIA models to support manufacturing & tool requirements.
  • Use CATIA, Rhino, and Autocad to create drawings and models for tooling fixtures and shop aids.
  • Use of Catia V5 and IVT systems to create manufacturing plans and concepts for tooling group.
  • Reviewed drafting, design, and CATIA datasets, noting required and suggested changes.
  • Created bracket and splice parts on Catia V5.
  • Analyze production line using Catia/Delmia Tools and provide simulation processes.
  • Group focal supplying technical desktop terminal, CATIA & desktop PC apps training & "Resolution request" support.
  • Gather measurement requirements, design strain gage layout schemes and draw strain gage application worksheets using CATIA V6.
  • Developed fastener pattern mylar in Unigraphics from F-22 Horizontal Stab surface transferred from CATIA solid model.
  • Search for parts in Enovia and Catia.
  • Work in software: CATIA, Enovia, Velocity, PSDS, Redars.

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65 Catia Jobs

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30. Value Stream
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low Demand
Here's how Value Stream is used in Manufacturing Engineer jobs:
  • Certified trainer for Value Stream Mapping, 5S, Standardized Work, Continuous Flow Manufacturing, Set-Up Reduction and Pull System.
  • Remodel floor plans using Value Stream Mapping; eliminate 30% waste space and 20% improvement in overall processes.
  • Performed 5S Workplace Organization, value stream mapping, and line balancing to establish a single piece flow system.
  • Facilitate Hard hat logo printing value stream mapping event resulting in lead time reduction from 23 to 6 days.
  • Reviewed process flow, recognized Value Stream and developed SOP s for various RMHS equipment operations.
  • Lead Six Sigma cost reduction projects that decreased value stream production costs by 33%.
  • Organized and coordinated operation excellence team to improve the quality of current state value stream.
  • Bolstered productivity by 6% through applying lean tools like DMAIC and value stream mapping.
  • Identify and orchestrate production process improvements across two of the three technology value streams.
  • Lead over 3-4 Manufacturing Engineers that support 2 value streams and multiple programs.
  • Develop Value Stream Mapping to record current state & develop future state.
  • Solved various recurring production issues within Value Stream from a process standpoint.
  • Conducted value stream mapping and process audits.
  • Lean Activities: 6) Co-ordinator for implementing 5S and Value Stream Mapping techniques in my work cell.
  • Participated in (2) 8 Step Problem Solving sessions and Value Stream Mapping.
  • Implemented tooling and fixturing to support product assembly with in Value Stream.
  • Led project to increase process uptime by fifty percent in value stream bottleneck
  • Conducted time study to develop value stream maps and optimum routings.
  • Conduct proto-runs, data acquisition (time management studies/value stream mapping), 6S projects, Kaizens.
  • Received and evaluated all penetrator value stream returns (RMAs).

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646 Value Stream Jobs

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31. Quality Issues
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low Demand
Here's how Quality Issues is used in Manufacturing Engineer jobs:
  • Implemented poke-yoke to existing assembly fixtures which eliminated quality issues that the customers were identifying.
  • Support with customer qualifications and engineering related customer quality issues.
  • Identified and eliminated production quality issues.
  • Dispatched by the company to Ford's Essex engine plant in Canada to resolve any quality issues.
  • Monitor and perform root cause analysis and implement quality assurance solutions for day today quality issues.
  • Evaluated and validated vendor's processes, develop specifications, and resolved quality issues.
  • Investigate customer complaints for root cause and implements corrective actions to eliminate quality issues.
  • Use root cause analysis to solve quality issues from the additive manufacturing process.
  • Led PCB Team formed to identify and resolve quality issues with outsourced supplier.
  • Analyzed the Supplier Scorecard and evaluated quality issues with the supplier.
  • Lead supplier qualification and follow up of quality issues.
  • Perform root cause analysis of quality issues.
  • Identified and resolved quality issues.
  • Trouble shoot OEE and Quality Issues.
  • Interfaced with designers on producibility and quality issues.
  • Achieved six sigma quality on launch by conducting multiple proto builds to resolve quality issues before launch.
  • Maintained progress of Quality issues using Bugzilla and othe enterprise software resources.
  • Solved quality issues using Ishikawa Methods.
  • Created SOPs and OPLs to improve the processes and to resolve the quality issues.
  • Worked with german team to solve quality issues regarding german endmill series U451, U406.

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208 Quality Issues Jobs

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32. Kanban
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low Demand
Here's how Kanban is used in Manufacturing Engineer jobs:
  • Assisted in implementation of KANBAN and KAIZEN programs in the manufacturing area.
  • Implemented 'Kanban' system and reduced material movement, improved material tracking and inventory control.
  • Developed pull systems/kanban to effectively manage inventory levels.
  • Implemented external Kanban system using reusable containers.
  • Applied Lean Manufacturing techniques such as 5S, Visual Control System, Kanban, and (SMED) Setup Reduction.
  • Applied lean manufacturing concepts (Kanban, Agile) in production assembly lines to eliminate inefficiencies and increase productivity.
  • Implemented a lean inventory program (kanban) in the stock room to reduce WIP inventory by 15%.
  • Created in house kanban system for ease of manufacturing and reduced lead time of work orders.
  • Implement single piece flow, Kanban and Pull based philosophies in supply chain manufacturing.
  • Created standard work procedures for maintaining Kanban system.
  • Designed and implemented kanban system for all consumables.
  • Initiated Kanbans for high frequency parts.
  • Developed and implemented a wireless Kanban System for vending machines, resulting in an annual savings of $ 1 MM.
  • Determined product bill of materials, inventory control, root cause analysis, Kaizen & Kanban team support.
  • Spearheaded the implementation of Kanban in critical areas of the Machine Division manufacturing floor (e.g.
  • Use of Quality tools like Judoka and Kanban with Six Sigma and Lean Manufacturing Engineering.
  • Conducted Kaizen events, implemented Kanban cards and Visual Boards to improve products and processes.
  • Designed and implemented Kanban pull system in the remaining production and transactional areas.
  • Designed and Initiated Lean activities, Kanban's, Kaizen events, back flushing of work orders, Autobuy for purchasing.
  • Control Center Co-Op Reorganized kanban system Reduced movement of material Incorporated digital format for completed shop tickets

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19 Kanban Jobs

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33. Production Equipment
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low Demand
Here's how Production Equipment is used in Manufacturing Engineer jobs:
  • Work internationally with China Genie facility to help with engineering support with production equipment and manufacturing processes.
  • Perform Installation, Operation, and Performance Qualifications of instrumentation and production equipment.
  • Directed design, build and implementation of production equipment and automated assembly machines.
  • Designed and developed efficient methods for the set-up and operation of production equipment.
  • Developed specifications, researched vendors and made purchasing recommendations for production equipment.
  • Diagnosed and corrected faults within existing production equipment to maximize equipment up-time.
  • Work with engineering department on update modification to production equipment.
  • Designed and built production equipment that optimized flow and efficiency.
  • Repaired equipment and aided in troubleshooting of production equipment.
  • Maintained and repaired production equipment.
  • Managed over 50 pieces of high volume production equipment and processes to maximize capacity, efficiency and reliability.
  • Set up and maintained various production equipment such as wave solder machines and soldering torches.
  • Serve as Lead Person on production equipment repairs, installations and relocation of production facilities.
  • Develop process improvements; enhance procedures, fixtures, tooling, and production equipment.
  • Support and assist maintenance personal with diagnosis and repair pf production equipment.
  • Managed selection, installation and start-up of all production equipment.
  • Maintained and Repair all the Hybrid Lab production equipment.
  • Identified production equipment needs for capital budget plan.
  • Identified, procured and validated production equipment and provided necessary training to required personnel.
  • Reviewed and approved tooling and production equipment, material fabrication , and assembly methods.

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118 Production Equipment Jobs

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34. New Processes
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low Demand
Here's how New Processes is used in Manufacturing Engineer jobs:
  • Incorporated new processes and methods to improve existing operations.
  • Established new processes utilizing scientific molding techniques.
  • Developed new processes - Example: Selective Solder pallets reduced cost by $52k and decreased lead time by 10%.
  • Lead project and project teams to implement changes necessary for quality improvement, cost reduction and new processes.
  • Developed new processes and work instructions for composite components of the F-15, F-18, and AV8-B aircraft.
  • Reduced assembly scrap costs from $10,000 per month to only $4,000/month with new processes.
  • Write procedures and work instructions to train personnel on new processes implementation and current process improvements.
  • Analyzed new processes and equipment with the intent of achieving continuous improvements of present methods.
  • Implemented new processes that reduced molded foam scrap rates from 30% to 10%.
  • Developed new processes that reduced labor requirements by 21% on paint line.
  • Created new processes to replace old ones to make it more efficient.
  • Enhanced ergonomics for multiple work areas through implementation of new processes.
  • Research new processes for lamination, trim and assembly areas.
  • Trained employees on new processes using graphical work instructions.
  • Utilize 6-Sigma tools to qualify new processes and equipment.
  • Trained product builders on new processes & process changes.
  • Designed and structured new processes.
  • Created and documented new processes.
  • Coordinate maintenance activities and establish a preventive maintenance schedule on new processes New product development transfers to production.
  • Developed new processes for etch/strip tools, which led to improved manufacturability of multiple products.

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84 New Processes Jobs

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35. Production Floor
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low Demand
Here's how Production Floor is used in Manufacturing Engineer jobs:
  • Provide documentation verification as well as technical support to the production floor while implementing customer product changes.
  • Documented complex assembly and alignment procedures utilizing Pro/E and digital pictures from the production floor.
  • Support production with manufacturing instructions, process documentation, spot-troubleshooting production floor issues.
  • Redesigned the production floor into a cellular Lean manufacturing environment.
  • Organized process improvements and implementation to the production floor.
  • Served as liaison to Test Engineering and provided production floor support for Final Assembly, Hangar and Developmental Center.
  • Improved the BOM structure to make the assembly process and material flow more efficient on the production floor.
  • Contributed to lean initiative by implementing 5S, OEE metrics and other lean concepts on production floor.
  • Helped to implement Lean Manufacturing on a production floor that produced a high mix/low volume product line.
  • Worked closely with suppliers to focus on preventing current and future issues on the production floor.
  • Resolve raw material, process, equipment, and training issues on production floor.
  • Provide daily production floor support for Wafer trim and Circuit Trim product lines.
  • Re-designed the production floor layout to improve production flow.
  • Resolved technical issues as raised by the production floor.
  • Provide technical support to the production floor as needed.
  • Initiate Standard Work practices on Production floor.
  • Reviewed engineering changes for design changes, corrected process drawings and routings for modifications and ensured implementation on production floor.
  • Provide Engineering support and leadership in resolving Manufacturing, test, quality and supplier issues while supporting the production floor.
  • Redesigned production floor layout utilizing Lean Principles to reduce material handling cost by 20% and optimize workflow.
  • Create standard work charts and process flow maps Implement 6-sigma projects on production floor Create Value Stream Maps Certified fork truck operator

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21 Production Floor Jobs

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36. PLC
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low Demand
Here's how PLC is used in Manufacturing Engineer jobs:
  • Work with various suppliers on machine improvements and repairs with knowledge of PLC ladder logic and design or new additions.
  • Develop programs for Programmable Logic Controllers (PLC) and load and maintain accounting for the programs.
  • Analyzed system failures in software, servo motor control, PLC programming, and laser imaging systems.
  • Managed technical support team including working directly with PLC programming specialist on all plant PLC concerns.
  • Led team responsible for multiple PLC program changes to improve equipment operation and operator interfacing.
  • Supported product development teams for PC board assemblies, hardware and systems for PLC products.
  • Implemented automated run test stations using PLC controllers, linked directly to the factory network.
  • Worked with contractors to develop a PLC-based process automation system for the tubing conversion process.
  • Developed PLC programs for internal designed machines, including debugs, repairs and upgrades.
  • Worked with Plant maintenance to reduce equipment down time by troubleshooting PLC/CNC logic.
  • Programmed and installed first PLC control system for Air Jet Weaving Machine.
  • Managed PLC and visual basic programming for machine repairs and upgrades.
  • Performed control modifications for ALLEN BRADLEY, MITSUBISHI, KEYANCE, and AUTOMATION DIRECT brand PLC's.
  • Modified the PLC program for a new products on the existing automatic assembly machine.
  • Programmed electrical controls including PLCs, MMI screens, laser micrometers and spot welders.
  • Program, troubleshoot and upgrade PLC's including the intregration of safeties.
  • Programmed the PLCs for control, and started up the new installations.
  • Use of material handling systems using Rockwell Allen Bradley PLCs.
  • Paint reciprocators with Mitsubishi PLC.
  • Implemented robotic spot welding automation with GE Fanuc PLCs, Seiko robots and stepper motors.

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404 PLC Jobs

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37. Production Processes
demand arrow
low Demand
Here's how Production Processes is used in Manufacturing Engineer jobs:
  • Work with management, engineering, and other staff regarding manufacturing capabilities and other considerations to facilitate production processes.
  • Implement production processes to improve productivity and cost effectiveness through technical and organizational measures.
  • Developed Standard Operating Procedures for production processes, product flow control and preventive maintenance.
  • Worked with overseas manufacturers to implement production processes and meet deadlines.
  • Monitored and adjusted production processes or equipment for quality and efficiency.
  • Streamlined production processes wherever possible.
  • Implemented Karl Fischer moisture analyzer system and automated flaring/cutting into production processes, which led to reduced head count in production.
  • Set up production lines, assembly aids, test procedures, floor layouts, capacity plans, and production processes.
  • Developed, implemented & maintained machining, welding & brazing production processes that yield a 97% success rate.
  • Reviewed existing production processes and designed new methods in order to improve product flow and reduce scrap.
  • Developed a series of standards for implementation of new machinery or production processes.
  • Created product assembly manuals to guide assembly team members with production processes.
  • Scheduled work orders to move through the production processes.
  • Train employees on new assembly and production processes.
  • Define, develop and improve production processes.
  • Audited & refined production processes.
  • Analyze and reengineer manufacturing production processes and implementing efficiency and quality improvement projects across the production lines.
  • Created improved procedures conducting root cause analysis and corrective action implementation for production processes.
  • Maintained all process procedures for the four product lines Initiated changes to production processes to improve yields and increase capacity.
  • Develop production processes utilizing RCCA, PFMEA, Lean manufacturing methods, Kaizen to continually improve throughout.

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110 Production Processes Jobs

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38. New Product Development
demand arrow
low Demand
Here's how New Product Development is used in Manufacturing Engineer jobs:
  • Launch coordinator for new product development and implemented new manufacturing and assembly systems.
  • Team leader on new product development associated with manufacturing processes.
  • Team member to reduce new product development transfers to operations
  • Provide cost estimations for proposed new product development.
  • Represented manufacturing on new product development projects.
  • Led new product development team; launched 4 new piston ring production cycles, developed work flow through 8-10 manufacturing cells.
  • Performed CAD, mechanical and electrical engineering functions for new product development as well as current product improvement.
  • Participate with new product development teams to create assembly/test procedures for new product transition for prototype runs.
  • Help synthesize or deduce design or assembly process solutions for customers' new product development programs.
  • Supported new product development activities through manufacturing planning, risk analyses, and design transfer.
  • Work with the cross functional teams to support NPD (new product development).
  • Reviewed and evaluated cost pertaining to make vs. buy decisions and new product development.
  • Process R&D and hands on support for new product development and introductions.
  • Assessed and created layouts to support new product development and lean production processes.
  • Coordinated and led production runs for standard products and new product developments.
  • Contribute to both new product development and product support team.
  • Participate in design reviews for new product development and interact with Design Engineering, Operations and Supply Chain to ensure design-for-manufacturability.
  • Support new product development by working with preliminary designs and interface with design engineering for producability and improvements.
  • Support New Product Development, and manufacturing rollout/implementation processes.
  • Served on New Product Development team responsible for the products including: o Joint Service Aircrew Mask (JSAM).

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361 New Product Development Jobs

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39. Control Plans
demand arrow
low Demand
Here's how Control Plans is used in Manufacturing Engineer jobs:
  • Validated manufacturing processes and test methods and developed control plans and inspection/test instructions.
  • Developed and managed control plans for individual projects.
  • Validate and develop control plans for manufacturing.
  • Developed manufacturing procedures and Product Quality Control Plans to assist East and South suppliers (China and Mexico).
  • Assist with writing of procedures and policies as well as process flows, FMEA, SPC and Control Plans.
  • Develop manufacturing specifications, completed PPAP'S, FMEA'S, Control Plans, and Flow Plans.
  • Participate in customer visits involving Process Failure Mode Effects Analysis, Control Plans, and Flow Charts.
  • Created production intent documentation of Cell and Stack assembly and test (PFD PFMEA Control plans).
  • Created PFMEA's, Control Plans, Routers and work instructions for all assemblies and sub assemblies.
  • Team member for the development of PFMEA, control plans and standard work for both facilities.
  • Developed advanced quality control plans, process sheets and PM system to maximize throughput and quality.
  • Investigate product and process quality related issues and recommend changes to control plans and/or prints.
  • Developed and control the control plans and work instructions to meet the needs of the production
  • Assisted in establishing PFMEA documents and control plans for various processes in medical products manufacturing.
  • Drafted layouts, operational drawings, and dimensional control plans to ensure quality control.
  • Worked on the development of Control Plans, PFMEA, and process sheets.
  • Generate Work Instructions and Control Plans for manufacturing equipment.
  • Update process prints, control plans and FMEA's.
  • Implemented PFMEA, Control Plans and APQP, resulting in 80% improvement in plant quality PPM.
  • Completed PFMEAs for new product to identify risk areas and develop quality control plans.

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828 Control Plans Jobs

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40. Design Changes
demand arrow
low Demand
Here's how Design Changes is used in Manufacturing Engineer jobs:
  • Recognized improvements to work methods by reviewing and analyzing potential method/design changes.
  • Work with the supply chain and logistics team to implement design changes at the most opportune time.
  • Attended marked drawing design review meetings to steer required design changes needed to manufacture more efficiently.
  • Processed design changes and maintained cost standards and bills of materials for all product lines.
  • Coordinated with Project Engineering and Operations to analyze, plan, and implement design changes.
  • Reduced tool making time by up to 50% through design changes and material choices.
  • Implemented design changes and updated product Design History Files (DHF) as required.
  • Assisted in the modification of tooling and assembly equipment in response to design changes.
  • Lead multiple Design Control projects to implement product design changes and production process improvement.
  • Lead corrective action, planning/method incorporation & design changes as required.
  • Managed cost reduction projects based on design changes and process improvements.
  • Provide productions training, assistance in design and/or make design changes.
  • Performed Failure Modes and Effects Analysis on design changes to components.
  • Initiate design changes and coordinate all Engineering changes into production.
  • Approved design changes for existing parts.
  • Analyzed all future and current product design changes to provide alternate solutions in an effort to maximize part and assembly manufacturability.
  • Assembled prototypes and provided engineers with recommendations on design changes and modifications needed to improve product manufacturability.
  • Reviewed all preliminary design changes for manufacturability and BOM structure.
  • Transferred new product lines and augmented product overall manufacturing by regulating product structures, routings and design changes.
  • Organized workcell setup and development of molded floor carpeting products and design changes of Honda, Nissan, and GM lines.

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711 Design Changes Jobs

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41. ERP
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low Demand
Here's how ERP is used in Manufacturing Engineer jobs:
  • Lead efforts in implementing and interpreting specification, materials selection, and finish applications for various materials.
  • Understand and interpret required engineering drawings, specifications, and technical manuals.
  • Implemented drawing revisions provided by engineers by interpreting drawing markups.
  • Interpret electrical engineering drawings for manufacturing build plans.
  • Worked in the Assembly plant of Caterpillar, Building HH, East Peoria for Final Drives, Brakes and Gears.
  • Manage activities necessary for implementation of changes related to Enterprise Resource Planning (ERP) system.
  • Developed System and Process Flow Diagrams for Manufacturing to support the ERP system, including FMEA.
  • Graduate of ExxonMobil's Enterprise Leadership Program: University of North Carolina - Chapel Hill.
  • Interpreted customer drawings and specifications to devise a procedure to manufacture the engine parts.
  • Read and interpreted technical drawings, schematics, and test and inspection reports.
  • Develop and support related process documentation for ongoing use within our ERP system.
  • Interpret the drawings of machinery with the help of senior engineers.
  • Fast tracked an ERP system implementation in 4 months in 2013.
  • Updated ERP (SAP) system with new engineering requirements.
  • Led conversion to a state-of-the-art ERP business system.
  • Center for various Caterpillar Machines.
  • Completed training in lean manufacturing, six sigma, ERP, non conforming material and program and project management.
  • Order supplies and equipment, as needed, to support manufacturing operations using Infor ERP System.
  • Paired MBOM to VI to enable creation of Routings in ERP system.
  • Create ECRs (Enterprise Change Request) to make changes to SOPs, routers, and drawings.

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321 ERP Jobs

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42. FDA
demand arrow
low Demand
Here's how FDA is used in Manufacturing Engineer jobs:
  • Managed assembly operations and warehouse activities for medical device pursuing FDA approval.
  • Work focused on FDA regulated industry documentation for manufacturing sterile products.
  • Assessed protocols for compliance to FDA regulatory requirements for statistical validity.
  • Monitored FDA regulatory practice for medical devices.
  • Process Validation - Performed process validation of manufacturing processes for Food and Drug Administration (FDA) compliant medical products.
  • Developed strategies to qualify transfer of lubrication processes to Mexico, in compliance with FDA, ISO and GMP standards.
  • Served as Instrument Operation Lead to implement UDI requirements set by the FDA for clinical products.
  • Experience with 510K Submission Packages as required by the FDA during product design and release.
  • Prepare Document validation summary report (VSR) as per the requirements of FDA.
  • Created labeling for medical devices in accordance with FDA and industry standards.
  • Supported conformance to FDA, and ISO 13485 regulatory standards.
  • Completed validation activities related to Test Method Validation to support FDA audit related corrective actions.
  • Lead projects to reduce process related quality non-conformances in FDA-regulated facility.
  • Involved in improving manufacturing processes of FDA regulated electro-mechanical devices.
  • Drafted & released Manufacturing-related Quality System documents (SOPs and Work Instructions) for FDA and CE compliance.
  • Updated training in ISO, Quality Assurance and FDA regulation Design History File documentation and remediation.
  • Completed an important process validation within a FDA-remediation (critical to the site).
  • Trained on GMP for the FDA regulated medical implants device industry.
  • Helped gather and compile manufacturing information in the "war room" during a mock FDA audit.
  • Created and executed IQs, OQs, and PQs per FDA regulations.

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402 FDA Jobs

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43. Plant Operations
demand arrow
low Demand
Here's how Plant Operations is used in Manufacturing Engineer jobs:
  • Supervised other Manufacturing Engineers and maintenance technicians and oversaw plant operations in absence of Manufacturing Engineering Manager.
  • Support daily plant operations with rapidly growing capacity to meet manufacturing and shipping schedules.
  • Provided insight and direction to improve quality and cost effectiveness in plant operations.
  • Created and modified Piping & Instrumentation diagrams to ensure visibility in plant operations.
  • Analyzed plant operations and developed associated standard work procedures.
  • Manage multiple engineering projects that support plant operations.
  • Worked with plant Operations to develop and implement new product and process improvement projects for both toner processing and packaging.
  • Coordinated the outsourcing of in-plant operations to external vendors and advised in the design of the advanced production communication link.
  • Participate in and lead Rapid Continuous Improvement (RCI) events to improve plant operations, productivity and cost savings.
  • Project manager for capital Effective Flow Area (EFA) equipment for plant operations.
  • Managed all aspects of Plant Operations, including production, equipment purchasing & installation.
  • Provide engineering for plant operations, production, and assembly of refrigerators.
  • Project manager for capital sonic flow equipment for plant operations.
  • Schedule all maintenance work required to support plant operations.
  • Develop new technologies and scale-up to plant operations.
  • Trained operators on machine and plant operations.
  • Provide Engineering support for plant operations.
  • Supported plant operations, created manufacturing job methods, improved manufacturing techniques, tracked production standards, utilized Epicor MRP systems.
  • Key Roles / Responsibilities: Provide technical and operational support to Plant operations, Process Improvements and design activities.
  • Set up and edit routers for rework Worked Lean manufacturing techniques into plant operations.

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85 Plant Operations Jobs

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44. ECO
demand arrow
low Demand
Here's how ECO is used in Manufacturing Engineer jobs:
  • Generate Commissioning and Decommissioning for different equipment in aseptic areas.
  • Assessed client needs and recommended appropriate production modifications.
  • Assigned to the second generation GM minivan team, training in Synchronous (Lean) Manufacturing and Quality (Crosby).
  • Design, documented, and manage installation of $172,000 glass grinding coolant supply and recovery system which saves T.G.P.
  • Reviewed build history books of all programs transferred as well as checked connectivity of planning between each build history record.
  • Design, develop and test and/or sources various tools, machinery, and equipment for recommended manufacturing methods.
  • Recommended new automation for assembly department, resulting in annual $2M savings for the company.
  • Prepared final report of findings to customers, and submitted recommendation to internal departments as needed.
  • Supported MHI on site with RTS & ME skill sets during ongoing recovery effort.
  • Instructed shop floor personal, update records where appropriate and perform roving quality audits.
  • Organized and documented all parts, tooling, and fixture equipment recovered.
  • Trained personnel in material handling, defect recognition, and inspection process.
  • Analyze and recognize patterns and trends in key performance indicators.
  • Reviewed, recommended and implemented process or equipment changes.
  • Record procedures for CNC setup and part processing.
  • Researched engineering data and records to identify design origin, reasons for engineering changes and effectivities.
  • Conducted training sessions on A3 analysis for Near miss, Recordable, and Lost time cases.
  • Designed the sterile package for anterior cruciate ligament (ACL) reconstruction implants and devices.
  • Reduced recordable accident rate of eye injuries by 75% on Delta Bench operation.
  • Reduced change-over time by an average 90 seconds with improved workholding.

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406 ECO Jobs

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45. Ppap
demand arrow
low Demand
Here's how Ppap is used in Manufacturing Engineer jobs:
  • Absorbed 100% of job functions for multiple prolonged periods including PPAP and APQP management and engineering change management.
  • Conducted studies, calculated data, and submitted for PCN/PPAP approval to run these new machines.
  • Worked with GM and suppliers to deliver PPAP (Production Part Approval Process) documentation.
  • Developed and submitted PPAP documents for new product launches to meet customer requirements.
  • Generated process DCP, FMEA, PPAP and ISO 9000 documentation.
  • Involved with customer for Tool quotations, DFM and PPAP process.
  • Issued Customer Powder Paint Appearance Approvals for Customer PPAP's.
  • Participate and lead PFMEA, control plans and PPAP activities.
  • Manage PPAP/APQP/PFMEA for new and existing programs.
  • Developed PPAP's for first time products.
  • Involved in APQP, Structures, Purchased parts, Flow, GD&T, PPAP.
  • Design, procure, and validate tooling for new products (PPAP, NPI).
  • Manage equipment build, debug, SAT, FAT and customer PPAP.
  • Designed parts and detail for prototype Hydroformer project and managed union employees to produce PPAP parts by the deadline.
  • Worked with the quality manager on new products, PPAPs, and corrective actions.
  • Produce all requirements for testing, analysis, pre-approval, and PPAP Parts.
  • Developed prototype, prelaunch, and production PPAP package.
  • Experienced in TQM, QS9000, PPAP, VA/VE, FMEA, 8D, and Kaizen functions.
  • Assisted with gage R & Rs & PPAP runoffs.
  • Developed Process/Product Validation, Equipment IQ/OQ/PQ Validation, PPAP activities (including FMEA, Control Plan, MSA, etc.

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250 Ppap Jobs

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46. Fixture Design
demand arrow
low Demand
Here's how Fixture Design is used in Manufacturing Engineer jobs:
  • Assisted process design group in fixture design, recommended re-design improvements to product group and submitted equipment specifications to purchasing.
  • Developed manufacturing methods for machined aircraft structural components including fixture design and 4-axis CNC programming of complex lofted surfaces.
  • Conducted all vendor and materials sourcing, coordinated tool and fixture design to satisfy requirements for customer/internal projects.
  • Participated in aircraft manufacturing procedure developing, manufacturing technique developing and manufacturing tooling/fixture designing.
  • Managed individual projects by coordinating with maintenance on fixture designs and tooling.
  • Test fixture design engineer and electrical department supervisor.
  • Managed setup fixture design modification which led to $200K in cost reductions over a seven year period.
  • Developed changes in fixture design and existing CNC programming of machines according to the new product design.
  • Designed and implemented fixture design, plant layout, process layout and machine trouble shooting.
  • Assisted Tooling Engineers with fixture designs and altering to maintain quality.
  • Design and fabrication of mechanical and in circuit fixture design.
  • Collaborate with suppliers for necessary tooling and fixture designs.
  • Performed 3-D fixture designs on AutoCAD Release 13.
  • Participate in tool selection and fixture design.
  • Quoted new fixture design and replacement fixtures.
  • Complete cutting tool and fixture design.
  • Developed manufacturing process of medical flow cytometer, and improved assembly techniques with better fixture design.
  • Develop Product routings for CNC and manual machines using time studies including tool selection, fixture design and layout.
  • process engineering, programming, fixture design, CNC training and CNC machine repair.
  • Direct involvement with facilities layout, tooling, gaging, and fixture designs.

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1 Fixture Design Jobs

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47. MRB
demand arrow
low Demand
Here's how MRB is used in Manufacturing Engineer jobs:
  • Participated in MRB meetings and continuous improvement programs.
  • Provided graphic illustrations and technical drawings to Q/A, D/E, MRB, Stress and to the technicians on the floor.
  • Worked with suppliers to address non-conformance parts and dis-positioned parts within Material Review Board (MRB).
  • Experienced with ISO required Corrective Action (CAR, ICAR) discrepancy reports and MRB systems.
  • Assigned to MRB command center, review non-conformance records and provide rework/repair instructions as required.
  • Participated as a key member in the material review board (MRB).
  • Worked on nonconforming parts by writing MRB rework instructions on landing gear parts.
  • Designed rework process enabling recovery of 5 years of discrepant product in MRB.
  • Formed MRB team to review daily product discrepancy that resulted in improved yield.
  • Resolve shop floor liaison and Material Review Board (MRB) issues.
  • Supported MRB process and wrote repair plans for parts and assemblies.
  • Supported NCR dispositions including but not limited to MRB support.
  • Handled RoHS part compliance and replacements through MRB and purchasing.
  • Served as a member of the MRB committee.
  • Decreased MRB inventory from $100,000 to $10,000.
  • Served in the CCB committee and the MRB committee.
  • Create nonconformance reports (NCR) and resolving issues with Material Review Board (MRB).
  • Attend and disposition MRB for non conforming parts; revise engineering drawings to improve manufacturability.
  • Source inspection and all customer interface for mrb activity.
  • Investigate and disposition non-conforming product (MRB, NCRs, RMAs, process deviations).

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92 MRB Jobs

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48. Test Equipment
demand arrow
low Demand
Here's how Test Equipment is used in Manufacturing Engineer jobs:
  • Developed manufacturing processes, resources, and test equipment for prototype and early production electric motor for transportation applications.
  • Maintained and managed engineering lab including test equipment data base and equipment calibration.
  • Developed manufacturing / fabrication plans for electronic and hydraulic test equipment.
  • Specify and designed test equipment/stands.
  • Co-led team that inventoried test equipment and tools involved in consolidation of 2 facilities (Deer Valley and Bell Road).
  • Manage the procurement of new assembly and test equipment for new product launches, as well as existing products.
  • Led corporate team in developing the next generation test equipment, HW, and manufacturing processes for new products.
  • Maintained a high standard of workmanship by using only approved data, materials, tools and test equipment.
  • Coordinated with program managers to ensure that existing test equipment resources are available for program use.
  • Assisted in developing written procedures for special test equipment, Electrical and Avionics.
  • Designed automated test equipment for mobile communications operating up to 900 MHz.
  • Performed in-process inspection skills and using various E/M test equipment.
  • Designed, and had fabricated, assembly and test equipment.
  • Design and build test equipment.
  • Managed ship's electronic test equipment calibration recall program and calibrated and repair test multimeters.
  • Utilized test equipment including logic analyzers, oscilloscopes, Bert testers and DVMs to troubleshoot and repair IP telephony circuitry i.e.
  • Spearheaded bringing in the Semi-Automated CRS Tier IV assembly line and test equipment into the Thomasville facility.
  • Use standard mechanical and electro mechanical tools to operate various types of test equipment.
  • Designed and built test equipment for new Downhole Drilling products.
  • Coordinate - Manufacturing Equipment Installation Install Upgrades - Product Test Equipment Software Maintain and Update - Manufacturing Job Procedures

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220 Test Equipment Jobs

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49. MRP
demand arrow
low Demand
Here's how MRP is used in Manufacturing Engineer jobs:
  • Filtered plant daily demand report from (MRP) Material Requirements Planning (SAP), posted to department RTPR cubes.
  • Facilitated merger of all business systems into MAS 200 MRP system, accelerating processes through transforming paper-based system to software-based system.
  • Review Material requirements planning (MRP) to create cost effective inventory, time delivery and maintain warehouse lean performance.
  • Served as an initial user and trainer on an in-house MRP system developed for the manufacturing sites within DSEG.
  • Managed a large MRP database and analyzed supplier performance and cost variance data and made regular presentations to management.
  • Redesigned plant layout, workstation design, methods documentation, and product routing using MRP system.
  • Provided BOM's created & released in SAP to drive Master Resource Planning (MRP).
  • Time study, line balance, production planning, MRPII, jig and fixture design.
  • Created data queries from MRP system saving hours of time gathering validation data.
  • Manage MRP database for product BOM, work routing to generate product cost.
  • Managed implementation of material control, production scheduling via MRP system.
  • Interfaced with the manufacturing department to implement a new MRP system.
  • Used MRP/EPICOR for manufacturing methods and procedures for production lines.
  • Experienced in use of MRP systems and configuration management systems.
  • Use MRP, AutoCAD software on a daily basis.
  • Support supply chain MRP and inventory control processes.
  • Trained 8 new employees in the use of SolidWorks, PDM Works, AutoCAD and MRP systems.
  • Created work instructions routings, and bill of materials from top level designs using BAAN MRP system.
  • Scheduled manufacturing, projects, and maintenance using Gantt chart techniques and AS400 MRP software.
  • Used various MRP systems such as SAP, imsprod, and the multicap system.

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4 MRP Jobs

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50. Capital Projects
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low Demand
Here's how Capital Projects is used in Manufacturing Engineer jobs:
  • Submitted and implemented capital projects with proper justification for cost reduction.
  • Worked multiple capital projects for replacement or repair of facility equipment.
  • Constructed numerous cost analysis summaries for multiple capital projects.
  • Managed Capital Projects for improvements to equipment and processes.
  • Assisted in capital projects such as rebuild of equipment, layout and installation of new equipment and improvement to existing equipment.
  • Managed and supported all capital and non-capital projects (>1MM) in the water/effluent area from conception to start-up.
  • Managed the modernization of Cat Auroras Torque Tooling(7 capital projects, 18 tools, 1.3Mil spend).
  • Estimated, scheduled, and monitored capital projects in a vegetable oil refinery as a project engineer.
  • Worked with tool and die vendors to develop new stamping tools and managed associated capital projects.
  • Develop and manage detailed project schedules for capital projects in excess of $1 million.
  • Suggested and acquired machining centers and other capital projects up to 1.5 million dollars.
  • Manage AAAP capital projects as required for major equipment purchases.
  • Improved processes through capital projects and methods improvement.
  • Provided all engineering support for small capital projects.
  • Estimated costs and schedules for capital projects.
  • Assisted Area Manager with Capital Projects.
  • Project team leader for capital projects.
  • Managed $0.75MM worth of capital projects and demonstrated new automated manufacturing processes to government officials.
  • Supervised capital equipment runoffs of vertical tube expanders with authority for final approval of capital projects up to $850K.
  • Lead engineer of new product introductions and capital projects in the machining and assembly areas.

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260 Capital Projects Jobs

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Manufacturing Engineer Jobs

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20 Most Common Skills For A Manufacturing Engineer

Process Improvement

16.2%

Test Cases

9.8%

Engineering Department

7.1%

Assembly Line

6.8%

CNC

6.1%

Product Lines

5.8%

CAD

5.7%

Cost Savings

5.3%

Corrective Action

4.1%

Sigma

3.9%

Kaizen

3.9%

ISO

3.5%

BOM

3.5%

Fmea

3.5%

New Equipment

2.5%

Shop Floor

2.5%

Product Quality

2.5%

Solidworks

2.4%

Project Management

2.4%

New Product Introduction

2.3%
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Typical Skill-Sets Required For A Manufacturing Engineer

Rank Skill
1 Process Improvement 11.4%
2 Test Cases 6.9%
3 Engineering Department 5.0%
4 Assembly Line 4.8%
5 CNC 4.3%
6 Product Lines 4.1%
7 CAD 4.0%
8 Cost Savings 3.7%
9 Corrective Action 2.9%
10 Sigma 2.8%
11 Kaizen 2.8%
12 ISO 2.5%
13 BOM 2.5%
14 Fmea 2.4%
15 New Equipment 1.8%
16 Shop Floor 1.8%
17 Product Quality 1.7%
18 Solidworks 1.7%
19 Project Management 1.7%
20 New Product Introduction 1.6%
21 R 1.5%
22 Technical Support 1.4%
23 Process Flow 1.4%
24 Process Control 1.3%
25 Troubleshoot 1.3%
26 Product Design 1.3%
27 Capital Equipment 1.2%
28 SPC 1.2%
29 Catia 1.2%
30 Value Stream 1.2%
31 Quality Issues 1.1%
32 Kanban 1.0%
33 Production Equipment 1.0%
34 New Processes 0.9%
35 Production Floor 0.9%
36 PLC 0.9%
37 Production Processes 0.9%
38 New Product Development 0.8%
39 Control Plans 0.8%
40 Design Changes 0.8%
41 ERP 0.8%
42 FDA 0.8%
43 Plant Operations 0.8%
44 ECO 0.7%
45 Ppap 0.7%
46 Fixture Design 0.7%
47 MRB 0.7%
48 Test Equipment 0.7%
49 MRP 0.7%
50 Capital Projects 0.7%
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45,296 Manufacturing Engineer Jobs

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