Top 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, 11.1% 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.

The six most common skills found on Manufacturing Engineer resumes in 2020. Read below to see the full list.

1. Process Improvement

high Demand
Here's how Process Improvement is used in Manufacturing Engineer jobs:
  • Developed major process improvement that allowed for a 75% reduction in manufacturing time reducing inventory needs and improving customer responsiveness.
  • Provide guidance, feedback and engineering design change concepts for process improvement and optimization utilizing customer facilities equipment and technical expertise.
  • Tasked with developing process improvements for carbide grinding and welding departments for this QS9000 certified international manufacturer of state-of-art cutting tools.
  • Performed process improvements and purchased new equipment that reduced costs and improved quality in both primary manufacturing operations and assembly operations.
  • Participated in implementing lean manufacturing for process improvement, provide support to projects that lead to cost reduction and improved quality.
  • Participated in research and development activities in terms of process implementation and validation of processes / products, process improvement.
  • Performed statistical analysis, process/equipment qualifications/validations, and process improvements to improve production output without compromising quality and reliability.
  • Execute necessary estimation of process improvements regarding product definition and design specifications to attain sustainable execution of manufacturing processes.
  • Directed operations process improvements for $20M manufacturer of extruded aluminum materials in commercial and residential construction industries.
  • Developed strong working communication skills to provide work progress to upper management and executives for process improvement projects.
  • Developed training program for automatic buffing machine operators describing theory and process improvement techniques for buffing brass hardware.
  • Provided coordination between Quality Assurance department, Test Engineering and Manufacturing to achieve process improvement and quality goals.
  • Provided technical advice and counsel to cross-functional teams assigned to process improvement projects/problem solving teams/product development teams.
  • Project Leader of three process improvement projects as dictated by the Motorola manufacturing leadership development program.
  • Designed and implemented layout of manufacturing cells resulting in floor space reduction and process improvement.
  • Participated in continuous process improvements and maintained quality control within the guidelines of ISO-9001.
  • Apply Lean Manufacturing principles and continuous process improvement in order to optimize production flow.
  • Supervised floor employees, executing process improvements and resolving all safety and manufacturing issues.
  • Worked with equipment manufacturing operations, and quality engineering to implement process improvements.
  • Created and presented return on investment calculations for new equipment and process improvements.

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2. Test Procedures

high Demand
Here's how Test Procedures is used in Manufacturing Engineer jobs:
  • Work across disciplinary boundaries to construct necessary acceptance test procedures, required to determine product meets customer s specifications.
  • Collaborated with technicians and engineers to update assembly and test procedures in order to reflect current validated process.
  • Created numerous technical documents and reports including test procedures and desk instructions using industry and military standards.
  • Developed, updated and maintained Manufacturing quality documentation, such as Assembly Instructions and Test Procedures.
  • Developed assembly and test procedures, designed and fabricated test fixtures and facilitated engineering change requests.
  • Fabricated test equipment and developed functional test procedures to eliminate inconsistent test results on company equipment.
  • Evaluate customer drawings and aerospace specifications for development of process instructions and acceptance test procedures.
  • Produce necessary testing documentation, such as Acceptance Test Procedures and Qualification Test Procedures.
  • Determine test procedures for meeting drawing requirements for variety of products for several applications.
  • Generate and update machinery maintenance procedures, test procedures and train manufacturing personnel.
  • Structured and executed test procedures for electrical wiring harnesses and avionics assemblies.
  • Updated manufacturing drawings and test procedures to increase clarity and productivity.
  • Created and revised various instructions for equipment operation and test procedures.
  • Managed manufacturing test procedures and processes for voice messaging components.
  • Authored numerous test reports, test procedures and equipment specifications.
  • Created test procedures and performed mechanical testing and reliability testing.
  • Developed test procedures for incorporating new components into lean manufacturing.
  • Created assembler test procedures from design engineer specifications.
  • Contracted to create Test Procedures for this Communications Company
  • Formulate test documentation and test procedures as required.

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3. New Product Development

high Demand
Here's how New Product Development is used in Manufacturing Engineer jobs:
  • Managed engineering projects on independent basis, involving extensive Customer interaction, and communications, Vendor development for new Product development.
  • Participate in new product development projects and provide guidance to engineering regarding design concepts to best utilize equipment and manufacturing techniques.
  • Mentored and led other manufacturing engineers in process problem solving and new product development, utilizing Design for Manufacturing guidelines.
  • Assisted Charleston Research and Development Team with all Maiden product improvement projects, new product developments and chemical replacement projects.
  • Transferred to Project Coordinator Position (Purchasing, Manufacturing Engineering for new product development and pilot production).
  • Defined manufacturing process and documentation from conception to completion and played a key role new product development.
  • Performed in project leadership roles supporting new product development and existing product improvement initiatives.
  • Participated in a new product development project that manufactured new catalogs for neurosurgery products.
  • Implemented a robust concurrent engineering process for new product development and oversees proper execution.
  • Worked with quality control and engineering departments on new product development and manufacturing procedures.
  • Facilitated coordination between manufacturing, process engineering and new product development engineering teams.
  • Launch coordinator for new product development and implemented new manufacturing and assembly systems.
  • Participated in a cross-functional teams that supported new product development and manufacturing reviews.
  • Performed due diligence and justification to procure capital for new product development programs.
  • Established manufacturing equipment and processes for current product lines and new product developments.
  • Develop and coordinate manufacturing validation plans for new product development and/or equipment upgrades.
  • Support engineer for production, new product development, and equipment/facility maintenance.
  • Established new product development procedures to ensure documentation and product were correct.
  • Participate as a Manufacturing Engineering Team Member in New Product Development activities.
  • Participated on new product development teams for introducing four Power Wheelchairs.

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4. Assembly Line

high Demand
Here's how Assembly Line is used in Manufacturing Engineer jobs:
  • Support Project Engineers in reviewing equipment specification and selection, supervise installation and successful start-up of new assembly line or equipment.
  • Developed customized microprocessor-controlled leak, mass flow, and electrical test equipment for automated blood pressure transducer assembly line.
  • Analyzed space requirements, planned, developed and implemented assembly line layout to facilitate optimal production flow.
  • Reported production status, and managed/coordinated assembly line assignments for 6 associates by prioritizing 50 assemblies.
  • Reduce overall assembly line reject rate by incorporating Continuous Quality Improvement on all assigned programs.
  • Develop and implement programming software methodologies and techniques to enhance product assembly line reliability.
  • Provided engineering support to aluminum valve body machining department and transmission solenoid assembly lines.
  • Perform root cause analysis of assembly line defective parts to identify process improvement opportunities.
  • Devised and developed 2 assembly lines which incorporated error checking/poke yoke at every station.
  • Developed detailed process planning instructions for 6-10 person moving assembly line using line-balancing techniques.
  • Designed and fabricated semi and fully automated assembly machines and assembly line layouts.
  • Designed assembly line process to increase flexibility to other products and developed work instructions
  • Implemented cost reduction for assembly lines and provide support for manufacturing facilities.
  • Maintained/Improved PCB assembly lines including insertion machines and surface mounting machines.
  • Removed arbitrary complexion from assembly lines to dramatically decrease down time.
  • Identified and resolved on-the-spot engineering issues that caused assembly line shutdowns.
  • Provided technical support to four assembly lines using continuous improvement methodology.
  • Provide Manufacturing Engineering support and troubleshoot assembly lines.
  • Provided manufacturing oversight for product assembly lines.
  • Design and implementation of assembly line error-proofing.

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5. CNC

high Demand
Here's how CNC is used in Manufacturing Engineer jobs:
  • Determined manufacturing requirements and quality assurance measures through to use of operational process planning drawings and inspection reports for CNC machined components
  • Developed manufacturing methods for machined aircraft structural components including fixture design and 4-axis CNC programming of complex lofted surfaces.
  • Improved the Crankcase manufacturing process by moving multiple conventional machining practices to CNC controlled equipment.
  • Generated CNC code for automated machining centers and manufacturing equipment.
  • Created computer-operating programs for complex CNC thermal bonding machines.
  • Relocated CNC machining operation from Massachusetts to Mexico.
  • Implemented multiple process efficiency improvements in both precision machining and quality arenas for a high mix/low volume CNC machining job shop.
  • Major Cost Avoidance by reducing 12 CNC machining ($750M/machine) centers per module and assembly machines needed - 2005.
  • Developed complete preventive maintenance plan and checklists for 35 CNC machines, and ensured maintenance was performed according to this plan.
  • Lead multiple projects, including in-sourcing product, CNC tooling consolidation, and the design transfer of new products into manufacturing.
  • Managed Case, Bell Housing, and Valve Body machining on 4-5 axis CNC machining processes in a cross-functional team environment.
  • Implement PLC and CNC technology (mill and lathe) to provide part accuracy and lower production cost by 22 percent.
  • Designed and implemented multiple one-piece flow work stations with mistake proof fixtures and self -ejecting machine fixtures for CNC machining equipment.
  • Created capital expenditure requests for new equipment purchases such as CNC machines, assembly stations and tools and test stand equipment.
  • Fuel Systems Business Provided daily process support, problem solving, CNC programming, and coaching to union team members.
  • Set up fixtures and programmed a HAAS CNC machine to run production parts and taught operators how to run it.
  • Worked with tooling vendors to improve quality of CNC tooling surface finishes, dimension consistency, and improve tool life.
  • Provided equipment justification and installation, methods maintenance and CNC Programming and support for machining, welding, routing.
  • Create CNC programs for machining mechanical seal components, tooling the CNC machines and oversee the work of operators.
  • Designed and implemented fixtures and cutting tools for 4 and 5 axis vertical, horizontal and CNC lathe machines.

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6. Cost Savings

high Demand
Here's how Cost Savings is used in Manufacturing Engineer jobs:
  • Performed periodic quality audits of the manufacturing process and implemented production changes that resulted in improved production and continuous cost savings.
  • Generated over $2M cost savings by implementing automated assembly equipment in manufacturing cells based on product and process commonality.
  • Provided detailed costs for purchase of new or revised equipment including alternative options and comparisons to maintain optimum cost savings.
  • Delivered significant materials cost savings by establishing procedures for identifying and eliminating duplicate part demands in installation plans.
  • Designed and implemented improvement projects for fixed/variable cost savings, process capability/reliability, and process safety.
  • Developed improved processes that resulted in cost savings, quality improvements, and safety improvements.
  • Developed estimating tools resulting in standardized time estimates and cost savings of fabrication operations.
  • Supported the manufacturing activities in the areas of cost savings and productivity improvements.
  • Make recommendations to customer for cost savings using alternative methods of fabrication.
  • Provided engineering and technical support to operations and identified potential cost savings.
  • Generated significant cost savings by qualifying raw materials and storage utilization.
  • Created cost savings justifications through alternative processes and presented to Directors.
  • Prepared capital appropriation requests for cost savings and capacity expansion projects.
  • Evaluated product line manufacturing techniques for improvement and cost savings.
  • Achieved $45K cost savings by implementing semi-automated in-process inspection.
  • Support new product development * Implement and monitor cost savings initiatives
  • Developed and implemented a number of cost savings improvements.
  • Supported production while evaluating and recommending cost savings solutions.
  • Performed time studies to identify manufacturing cost savings opportunities.
  • Develop and implement cost savings and process improvements

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7. CAD

high Demand
Here's how CAD is used in Manufacturing Engineer jobs:
  • Provided 24x7 technical support on semiconductor equipment communication software and two SCADA systems including software and hardware migration projects.
  • Improved critical operations by developing detailed work instructions and procedures, using CAD model illustrations for greater clarity.
  • Reviewed prototype material CAD documentation prior to submission to competing vendors and facilitated First Article inspections.
  • Redesigned department layout and manufacturing processes in 40% smaller footprint maintaining production capacity using AutoCAD.
  • Studied AutoCAD and how engineering drawings are transformed into fabricated products.
  • Review customer prints and cad models for productivity and drawing clarifications.
  • Design tooling using CAD models and incorporate manufacturing process parameters.
  • Designed production lines using AutoCad to optimize production capability.
  • Produce mechanical engineering drawings and documentation using CAD.
  • Updated associated drawings and schematics using AutoCAD programs.
  • Integrated CAD/CAM technologies into current manufacturing operation.
  • Documented manufacturing procedures and updated AutoCAD drawings.
  • Reduced costs of assembly by CAD 83,200.00 annually through implementation of a new process for the final assembly line without cost.
  • Develop specifications from general description of parts or assemblies to be fabricated and sketched device to be made using Cad software.
  • Use of CAD software (Solid Works, AutoCAD, Pro/E) to create manufacturing process drawings and mechanical test fixtures.
  • Redesigned rotor blades & axle for steam turbines on AutoCAD and SolidWorks to increase the output rotational energy by 2 MW.
  • Used AutoCAD to design special options for production that improved sales without extending lead time, or causing production disruption.
  • Reviewed customer's drawings and created AutoCAD flat patterns from those specifications to be cut in house or outsourced.
  • Skilled in CMM inspections using a Faro Arm and experienced in creating technical drawings using AutoCAD and Mechanical desktop.
  • Complete AutoCAD layout designs for work cells, sub assembly cells and line (right/left) assembly line layouts.

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8. Engineering Support

high Demand
Here's how Engineering Support is used in Manufacturing Engineer jobs:
  • Provided engineering support to manufacturing for the introduction of new products and packages, process optimization and continuing cost improvement project.
  • Provide manufacturing engineering support for department that performs assembly, test and repair of antenna system used on military radar aircraft.
  • Provided engineering support to manufacturing personnel to develop solutions in response to tooling, lean engineering, and machine reliability needs.
  • Provided electrical and mechanical engineering support for domestic and offshore contract manufacturing of public service communication radios and radio accessories.
  • Served as sustaining engineering support to existing assemblies and provide guidance/ assistance to Production Team on technical and quality-related issues.
  • Provided engineering support for continuous improvement projects and employee suggestion programs Supervised Paint Line and Decal operations as required.
  • Provided engineering support through analysis, research, design, compliance interpretation, manufacturing, and process verification.
  • Provided manufacturing engineering support daily, while focusing on diaper line mechanical reliability and strategic planning of orders.
  • Provided engineering support to the manufacturing of steel and aluminum radiators for diesel engines and other applications.
  • Supported projects by providing Manufacturing Engineering support to Design Engineers for fastener improvements to airplane interiors panels.
  • Provided manufacturing engineering support to team launching a new wiper module into production at the Rochester facility.
  • Provided 6 production lines with critical engineering support to analyze production quantities, quality and efficiency.
  • Provide engineering support to incentive groups performing sheet metal fabrication, wire fabrication and unit assembly.
  • Provided significant engineering support in the areas of manufacturing and design as an engineering co-op student.
  • Provided manufacturing with engineering support to ensure uninterrupted product flow and adherence to shipping schedules.
  • Provided Manufacturing Engineering support to a department of 35 associates in a labor intensive environment.
  • Provided engineering support for aluminum tubing mills including hands-on assistance to mill setups and adjustments.
  • Provided new supplier with manufacturing engineering support in tooling, manufacturing and set-up reduction efforts.
  • Provided engineering support for test equipment system assembly, including resolving ease of manufacturing issues.
  • Provided sustaining Manufacturing Engineering support in a fast paced, precision job shop manufacturing environment.

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9. Corrective Action

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
  • Worked closely with technicians and quality assurance to process non-conformance issues and corrective action plans to maintain production schedule and conformity.
  • Performed Advanced Composites Process Planning for all Programs; corrective action engineering change incorporation, original/rework tooling, Vendor/Purchasing support.
  • Worked closely with quality department, reviewing any non-conformance returns from customer and implementing corrective actions to prevent re-occurrence.
  • Evaluate precision and accuracy of production and testing equipment and engineering drawings to formulate corrective action plan.
  • Completed Root cause analysis and investigations leading to a corrective action plan and identifying areas of improvement.
  • Developed root-cause/corrective actions for defective products, implemented process improvements, and provided technical support to operators.
  • Provided technical guidance to quality operations to help resolve non-conformance through participation in MRB cause/corrective action meetings.
  • Verified adherence to the aforementioned requirements and issued corrective action requests when departments were in violation.
  • Utilized six sigma methodology to determine root cause and implement corrective actions to eliminate quality issues.
  • Assisted safety management team investigators in developing operational procedures as corrective actions due to safety incidents.
  • Executed and implemented quality assurance programs to inspect component and assigned corrective actions when needed.
  • Lead weekly cross-functional team activities for improvements in quality, productivity and implement corrective actions.
  • Scheduled downtime and installed all assembly equipment components resulting from corrective actions or process improvements.
  • Analyzed engine defects report and implemented corrective action which improved first time process quality.
  • Coordinated with all resource organizations to determine permanent corrective actions and develop implementation strategy.
  • Coordinated all Quality Control activities including performing supplier audits and reviewing corrective actions.
  • Reviewed and analyzed manufacturing faults drove to root cause and implemented corrective action.
  • Root cause and post corrective action regarding manufacturing and design related customer complaints.
  • Analyzed internal and external product rejections and determined accurate dispositions and corrective actions.

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10. Product Quality

high Demand
Here's how Product Quality is used in Manufacturing Engineer jobs:
  • Generate recommendations from test results for cost reduction of materials and processes, product performance enhancement and improvement of product quality.
  • Recommended and implemented measure to continually motivate team performance and improve production methods, equipment efficiency, and product quality.
  • Integrated manual production traveler control system with computerized Manufacturing Execution System to improve process control, trace-ability and product quality.
  • Authored all advanced product quality planning documentation, operator instructions, preventive maintenance, and provided training per QS9000 requirements.
  • Proposed and implemented changes to existing equipment and processes to achieve lower production costs improve capability and enhanced product quality.
  • Drive improved product quality by identifying manufacturing issues, developing cost effective solutions, and overseeing successful implementation into production.
  • Interfaced with internal and external customers to resolve technical issues ensuring product quality meets or exceeds customer design specifications.
  • Conceived, developed and demonstrated production capability of process and tool changes to improve manufacturing efficiency and product quality.
  • Support current production and New Product Introduction by implementing continuous improvement of product quality through leaner concepts and activities.
  • Improved product quality by determining problems with shipping containers and implementing a change of material that eliminated product defects.
  • Evaluated and justified over a million dollars of capital equipment acquisitions to increase productivity and improve product quality.
  • Performed root-cause analysis on Returned Goods and Failure data and relayed findings to manufacturing to improve product quality.
  • Collaborate with all levels of personnel in order to ensure efficient fulfillment of product quality and delivery commitments.
  • Performed capability studies to justify supplier re-tooling that improved product quality, minimized sorting, and increased throughput.
  • Analyzed operator and equipment performance in order to implement methods for continuous improvement of productivity and product quality.
  • Identified and implemented innovative processes to reduce manufacturing cost, improve product quality, and improve efficiency.
  • Spear-headed the accreditation and implementation of modified manufacturing materials improving product quality and saving $300K/year.
  • Implemented multiple process improvement projects to improve operational safety, process efficiency and product quality.
  • Developed design for manufacturing studies to reduce process time and increase product quality and reliability.
  • Designed and implemented multiple highly successful SPC programs to improve product quality and process reliability.

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11. Sigma

high Demand
Here's how Sigma is used in Manufacturing Engineer jobs:
  • Provide support to manufacturing and packaging operations to assure continuous improvements and efficiency by applying Lean Manufacturing and Six Sigma techniques.
  • Participated in multiple Lean Manufacturing/Six Sigma process improvement initiatives to include comparing and obtaining new equipment for hydro forming parts.
  • Initiated Six Sigma project for a Global Solution resulting in automated kitting of publications delivered on demand by serial number.
  • Developed a robust resistance solder system for defogger and antenna grid automotive glass as a result of Lean/Six-Sigma methodology.
  • Implemented Lean Six Sigma manufacturing practices and lead continuous improvement efforts- adapting lean methodologies to high-variability and low-volume production.
  • Adopted Six Sigma/Lean Manufacturing principles, aiding with the deployment of tools utilized during continuous improvement projects.
  • Lead continuous improvement events using Six Sigma Methodologies resulting in reductions in labor costs and improved quality.
  • Developed documented process for Media & Publications, initiated Six Sigma project for Global Solution.
  • Achieved Green Belt certification based on application of Six Sigma principles to equipment calibrations.
  • Implemented manufacturing improvements of processes by applying lean manufacturing and Six Sigma practices.
  • Implemented Motorola Six Sigma methodology utilizing data to minimize variation in processes.
  • Established quality six sigma systems and implemented a Material Discrepancy Process.
  • Completed process excellence training and certification project for six-sigma black belt.
  • Develop continuous improvement projects through a Six Sigma methodology.
  • Developed machine calibration process through the utilization of 6-sigma methodologies
  • Transitioned the production line to incorporate Six Sigma methodologies.
  • Gained understanding of lean manufacturing and six sigma methodologies.
  • Performed cost improvement projects utilizing Six Sigma methodology.
  • Process improvements utilizing Six Sigma Methodologies.
  • Supported internal Six Sigma program initiatives.

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12. Kaizen

high Demand
Here's how Kaizen is used in Manufacturing Engineer jobs:
  • Participated in KAIZEN events, to improve processes and reduce waste by relocating equipment and reducing the distance between work centers.
  • Scheduled vendor training for engineering and maintenance staff on new equipment and assisted with Kaizen classes promoting continuous improvement.
  • Participate in Kaizen events and ongoing continuous improvement projects with lean manufacturing initiatives both domestically and internationally.
  • Participated in kaizen events that reduce waste and lead improvements in assembly processes and lean manufacturing principles
  • Lead and participated in various kaizen/continuous improvements events with teams that included union associates and management.
  • Facilitated numerous Kaizen events, developed training materials, orchestrated teams and conducted training classes.
  • Participated in Kaizen events and gave final presentation on overall improvements made during event.
  • Led and facilitated Kaizen events to identify and develop solutions that drive operational improvement.
  • Implement Kaizen activity and countermeasures in response to customer quality issues and production problems.
  • Support lean initiatives by assisting with change implementer and participating in Kaizen events.
  • Develop VSM, identify key areas of improvement and facilitate/coach the kaizen initiatives.
  • Completed multiple Kaizen and Capital Project events including a large office remodeling project.
  • Collaborated with operators to complete kaizens and stabilize production flow using lean principles.
  • Facilitated Kaizen events to ensure quality, customer satisfaction and on-time delivery.
  • Involved extensively in Kaizen initiatives to improve productivity and implement cellular manufacturing.
  • Selected to participate in several Kaizen events to provide expertise input.
  • Participated in structured Kaizen events to launch continuous improvement initiatives.
  • Participated and lead various Kaizen events with Lean manufacturing concepts.
  • Support LEAN initiatives including leading and participating in kaizen events.
  • Participated in numerous Kaizen events for tool performance improvements.

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13. ISO

high Demand
Here's how ISO is used in Manufacturing Engineer jobs:
  • Reported issues to management, ensured documentation compliance with ISO-TS16949 requirements, and interacted with internal/external customers to resolve problems.
  • Served as Manufacturing Engineer for automated welding processes company, acting as a liaison between manufacturing and engineering departments.
  • Applied newly designed machine improvements to the manufacturing lines and executed supervisory planning for maintenance staff.
  • Served as Safety Coordinator, ISO14001 Environmental Representative, and ISO/TS16949:2002 Lead Auditor and Management Representative.
  • Developed ISO procedures, generated equipment process instruction and procured equipment and tooling as required.
  • Engineer liaison in charge of build documentation for manufacturing semiconductor wafer polishing control systems.
  • Provided liaison engineering support, generating engineering change requests to resolve drawing conflicts.
  • Provide technical support for instrument manufacturing in ISO 13485 Medical Device manufacturing environment.
  • Worked as a maintenance and operations supervisor part-time as required by production schedules.
  • Supported Production Manager /welding supervisor in daily running of Fabrication and Assembly Operations.
  • Work closely with engineers and factory floor supervisors to promote lean manufacturing principles.
  • Managed engineering documentation preparation for ISO (International Organization for Standardization).
  • Implemented ISO 9000 for product operation continuous improvement and participated internal auditing.
  • Supported production lines as technical liaison to all engineering and quality disciplines.
  • Provided manufacturing technology leadership for production line team leaders and supervisors.
  • Provided vacation replacement for maintenance and production supervisors in all departments.
  • Worked with Manufacturing Supervisors to effectively resolve quality and reliability issues.
  • Served as liaison between vendors and company regarding equipment purchasing.
  • Provided technical liaison between the Engineering Department and customers.
  • Establish manufacturing procedures necessary for ISO 9000 certification.

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14. BOM

high Demand
Here's how BOM is used in Manufacturing Engineer jobs:
  • Created electronic work instructions and updated regularly, ensuring novice or experienced engineers could build bomb racks correctly.
  • Document manufacturing processes including BOM, process flows/travelers, assembly procedures, and reliability stressing results.
  • Developed and documented assembly process, assure BOM maintained correctly, conducted Production Readiness Review.
  • Convert engineering definition to manufacturing BOM and define trim/drill/bond process to support high-rate production.
  • Advised required revisions to corporate engineering for BOM and/or drawing modifications.
  • Develop go forward strategy for PDM EBOM anomaly identification and resolution.
  • Research engineering BOM for accuracy and completeness.
  • Evaluated routers and BOM and perform time studies to identify inefficiencies and bring ideas as member of the Continues improvement team.
  • Support Manufacturing Department in trouble-shooting part assemblies, set up life cycles and performance tests, created assembly drawings and BOM.
  • Specify, locate, generate bills of materials (BOM), purchase custom and readily available electrical and mechanical components.
  • Created and maintained kit BOM's for major crane components (Boom, Frame, Outriggers, Sub-Weldments, etc.)
  • Make changes to bill of materials (BOM)/add new parts or obsolete parts per request from the customer.
  • Completed documentation of projects, processes, specifications, and Bill of Material (BOM) architecture for product release.
  • Provided Logistics Program Manager with written root cause analysis, material BOM's and labor estimates for customer repair quotation.
  • Worked on Engineering Documentation package development (including Drawings, BOM's, Test Plans, specifications, etc).
  • Influence and clarify complex BOM's design concepts, updates, address emerging aircraft strategies, recalls and service bulletins.
  • Assigned DQA planning checker responsibilities for detail sheet metal, machine parts fabrication and detail sub-assembly plans and BOM's.
  • Processed BAAN request orders for part assemblies, Processed BOM for part assemblies including cost of materials and labor cost.
  • Utilized SAP for work instructions, BOM's, maintenance work orders, purchase orders, and preventative maintenance programs.
  • Designed and implemented new product assemblies with detailed BOM structure, supporting documentation, assembly fixtures and technical bulletins.

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15. Fmea

average Demand
Here's how Fmea is used in Manufacturing Engineer jobs:
  • Implemented first PdM technologies project by applying FMEA methodology to identify opportunities for detection and avoidance of future equipment failures.
  • Facilitated PFMEA completion, conducted RCCA assignments and implemented and monitored corrective actions that ensured permanent solutions.
  • Designed aluminum/steel fixtures and templates utilizing SolidWorks CAD for manufacture of military armored trucks, including FMEA.
  • Process flow development and FMEA analysis of prototype process operation for start-up manufacturing.
  • Develop process validation protocols and process FMEA documents for new manufacturing capabilities.
  • Supported development and updating of PFMEA and related risk assessment documentation.
  • Chaired and facilitated PFMEA development for manufacturing line.
  • Developed initial manufacturing plan for new parts including PFMEA
  • Develop and maintain TS 16949 documentation including PFMEA, Process Flow and technical Standard Operating Procedures for new and existing products.
  • Resolved high risk tasks identified by design and process FMEA with drawing reviews, process planning, and prototype test development.
  • Author and maintain relevant Engineering and APQP documents (Process flow, PFMEA, Change Logs, Work instructions etc.)
  • Lead cross-functional teams to evaluate processes and develop proactive process controls using Failure Mode Effects and Analysis (FMEA) methodology.
  • Utilized Quality System and documentation such as Process Control Plans, PFMEA's, Measurement System Analysis and Process Flow Diagrams.
  • Created and maintained Failure Mode Effects Analysis (FMEA) and drove action to lower Risk Priority Number (RPN).
  • Developed and maintained control documents for all stages of the manufacturing process (PFMEA, Control Plans, Job Instructions).
  • Participated in the Process FMEA meetings to identify the potential failure mode and process controls that helped to architecture robust products.
  • Created Process Flow Diagrams, PFMEA, assembly equipment, work instructions, and cell layout for automotive lighting products.
  • Performed risk analysis and developed sampling plan rationale, based on FMEA and product specification, for validating new processes.
  • Eliminated quality issues by analyzing part design/assembly process and creating PFMEA documents, control plans, and standard operating procedures.
  • Create and update Work Instructions, Control Plans, FMEA's, Process Flows, and implement Lean Manufacturing guidelines.

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16. New Equipment

average Demand
Here's how New Equipment is used in Manufacturing Engineer jobs:
  • Support and lead strategic projects to bring new manufacturing capabilities into facility through new equipment or modernization of existing equipment.
  • Support manufacturing operations and the marketing department as required, including the training of production operators regarding new equipment/processes.
  • Execute qualification related to new raw materials, new equipment and qualifications related to improve the manufacturing process.
  • Introduced new equipment to design engineering by conducting introductory training on machine capabilities, limitations and specifications.
  • Analyze manufacturing process to reduce the operation cost introducing new equipment or design effective work stations.
  • Determined specifications for new equipment and managed Annual Capital Expenditure budget of approximately $3 million.
  • Involved in company purchasing decision by evaluating new equipment's compatibility and analyzing testing results.
  • Evaluated the feasibility of modifying existing manufacturing plant equipment or designing and building/purchasing new equipment.
  • Designed, fabricated, and implemented new equipment and equipment modifications according to industry standards.
  • Investigate new manufacturing processes and plans implementation, including acquisition of new equipment and/or facilities.
  • Create detailed capital appropriation requests for new equipment that includes financial analysis and justification.
  • Established operating equipment specifications, improved manufacturing techniques, and facilitated new equipment production.
  • Qualify new equipment and processes for process improvement while complying with government regulation.
  • Prepared capital expenditure request, justification, and coordinated installation of new equipment.
  • Managed new equipment projects from concept, through product development and production implementation.
  • Tasked with specifying or designing equipment, and managing new equipment implementation projects.
  • Implement Lean Manufacturing Initiatives within the Manufacturing Work Cells New Equipment Acquisitions.
  • Gathered technical specifications, ordered and integrated new equipment into existing assemblies.
  • Upgrade adhesive drum material handling safety and ergonomics by installing new equipment.
  • Supported training for new equipment and researched new equipment for ergonomic improvement.

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17. Shop Floor

average Demand
Here's how Shop Floor is used in Manufacturing Engineer jobs:
  • Provide assistance to the shop floor by providing Engineering Documentation and Specification requirements to the Mechanic/Technician to complete Manufacturing Build Plans.
  • 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
  • Provided shop floor support for production management in fabrication as well as commercial aircraft production departments.
  • Participate in cross-departmental meetings to establish proper communication of information on the shop floor.
  • Identified & implemented shop floor optimization and methods to reduce overall manufacturing cost.
  • Provide shop floor with updated standardized documentation detailing shop floor operations.
  • Provided technical support for engineering department and shop floor operations.
  • Processed electrical discrepancy dispositions into rework orders for shop floor.
  • Provided manufacturing support directly to shop floor and operators.
  • Documented shop floor implementation tests for new manufacturing processes.
  • Investigated routing changes to balance shop floor equipment utilization.
  • Provide Engineering support for shop floor operators
  • Worked with other manufacturing engineers, assembly engineers, design engineers, shop floor personnel, outside contractors and supply companies.
  • 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.
  • Assisted in the start-up of the new facility in Pueblo developing methods for delivery of materials to the shop floor.
  • Provide written work instructions and daily shop floor support for production operators in the fabrication of cables and wiring harnesses.
  • Monitored design changes & ensure timely completion of production, standardizing work for ship side shop floor and planning.
  • Work with Purchasing, Programming, Q/A and shop floor on shop flow to improve product and reduce costs.

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18. Solidworks

average Demand
Here's how Solidworks is used in Manufacturing Engineer jobs:
  • Operated CADKEY and SolidWorks design software to increase manufacturing and quality of mechanical products by utilizing advanced designs.
  • Supervised various processes used in manufacturing and fabrication of windmill parts and translated 2D drawings into SolidWorks models
  • Design and simulate manufacturing equipment using SolidWorks to represent key design characteristics and ensure safe design.
  • Led Design Engineers and Technicians to develop simple and effective product manufacturing methods using SolidWorks.
  • Assisted Design Engineering in translating prototype into SolidWorks assembly for evaluation and product improvement.
  • Designed fixtures to ensure consistent location of components and repeatable processing using SolidWorks 2010.
  • Based on manufacturing procedure, development and implementation of the SolidWorks Process Prints.
  • Develop 2D and 3D SolidWorks models per manufacturing requirements and product specifications.
  • Provided manufacturing engineering and SolidWorks design support for internal / external customers.
  • Used SolidWorks to design and implement multiple mechanical improvements to machines.
  • Designed and implemented new tooling/fixtures to prevent future failures using SolidWorks.
  • Used SolidWorks simulation software to refine designs for optimum performance.
  • Edited manufacturing drawings to meet current production requirements using SolidWorks.
  • Drafted product drawings and manufacturing process prints using SolidWorks software.
  • Designed and fabricated job specific lifting devices using SolidWorks.
  • Updated engineering drawings and implement design changes using SolidWorks.
  • Designed fixtures to improve process robustness using SolidWorks.
  • Received SolidWorks Professional - Core Certification.
  • Served as SolidWorks system administrator.
  • Developed new production tooling SolidWorks.

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19. Project Management

average Demand
Here's how Project Management is used in Manufacturing Engineer jobs:
  • Led project management in the planning and implementation of quality improvements, cost reductions, capacity increases, and productivity enhancements.
  • Full fiscal and project management accountability for major capital improvements of equipment and machinery; led new machine installations and commissioning.
  • Directed Project Management for all capital items including a compressed air system and multiple welding and bending machine re-conditioning projects.
  • Project management experience including supervising installation of an industrial convection oven and fine-tuning specifications for a vacuum forming tool.
  • Company sponsored project management courses followed by becoming the project manager of two new products for high visibility customers.
  • Job duties include teaching engineers to a better understanding of mechanical design, project management, and interdepartmental communication.
  • Developed project management plans for prototyping of new products, provided design improvements, and implemented them into production.
  • Managed product development, product specifications and drawings, project management, cost analysis and process troubleshooting.
  • Supervised total project management from start to production completion, qualification testing and implementation into production.
  • Project Management experience with multiple technology projects, hands on experience with machinery and rotating equipment.
  • Review customer manufacturing specifications and provide project management with the technical support to meet these specifications.
  • Project Management, development of capital projects from formal appropriation request to project execution and closure.
  • Project management for multiple capital equipment and tooling projects simultaneously in a dynamic, fast-paced environment.
  • Project management of specifying and purchasing of new process equipment and modifications of existing equipment.
  • Project management experience directly related to the development of new technology for the medical industry.
  • Project Management responsibilities for new machining processes and assembly and test automation lines and upgrades.
  • Assumed project management duties of selected contracted products from prototype development through full production.
  • 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.
  • Provided engineering and project management support for New Product Introduction activities and Manufacturing.

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20. R

average Demand
Here's how R is used in Manufacturing Engineer jobs:
  • Coordinated project activities with other operating or engineering units to facilitate participation of appropriate staff on project completion.
  • Collaborated with Product Development, Manufacturing, and Marketing groups to bring innovative injection-molded orthopedic implants to market.
  • Based on first-hand experience with product assembly, feedback areas for continuous improvement to different functional departments.
  • Researched and developed specifications for equipment, designed floor layout, and oversaw equipment approval and installation.
  • Implemented poke-yoke to existing assembly fixtures which eliminated quality issues that the customers were identifying.
  • Developed manufacturing processes for precision tubular product for airplanes, defense and aerospace industries.
  • Experience in implementing Lean Manufacturing principles and Six Sigma methodology for sustained continuous improvement.
  • Specified and tested all product packaging and labeling for marketability and regulatory compliance.
  • Designed and implemented assembly fixtures and tools for prototype endoscopic devices and implants.
  • Developed proper planning parameters to improve production scheduling, planing, and forecasting.
  • Lead role in Continuous Improvement Program including coordination of 6+ inter-departmental improvement teams.
  • Established and documented initial manufacturing protocols, processes, and testing procedures.
  • Modified pouch sealing equipment, eliminating air pockets and other manufacturing defects.
  • Developed strategies that re-adjusted the manufacturing specifications and minimized scrap loss overall.
  • Designed snap and ultrasonically welded components to replace manual assembly methods.
  • Sequenced of operations/ specific procedures for fabrication of tools and equipment.
  • Analyzed production programs and manufacturing processes compliance with customer requirements.
  • Developed engineering tools to streamline engineering calculations and tool design.
  • Developed and improved manufacturing efficiency by implementing Lean Manufacturing principles.
  • Lowered production costs through tolerance analysis and component redesign.

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21. Technical Support

average Demand
Here's how Technical Support is used in Manufacturing Engineer jobs:
  • Provided cost justifications and design recommendations, determined additional value added services, and advised on complex customer technical support issues.
  • Assist customer sales managers with technical support and root cause analysis/preventative action implementation for Returned Merchandise Authorizations (RMA's).
  • Provided technical support to equipment manufacturing operations including module build, test fixtures, final assembly and lab operations.
  • Provided technical support to the operational group-utilizing problem solving tools to optimize and develop the manufacturing and packaging process.
  • Work with purchasing on outsourcing efforts including expediting fixtures and tooling and providing technical support to machining vendors.
  • Provide technical support of current model automotive interior manufacturing and assembly processes, tooling, and equipment.
  • Provided technical support and management in manufacturing, analyzing systems, processes and controls and supervising manpower.
  • Provided technical support in the form of technical investigations on product design and manufacturing process improvement.
  • Provided technical support and training of operators and calibration and maintenance personnel on implemented equipment changes.
  • Trained and managed additional Manufacturing Technical Support personnel, resulting in increased on time shop support.
  • Provided technical support to improve quality and productivity for processes within the manufacturing electrical position.
  • Provided technical support to manufacturing including proof runs, operator assistance, and program troubleshooting.
  • Provided direct and technical support to the Director of Manufacturing Engineering and Director of Operations.
  • Provide manufacturing technical support in process control, training, documentation and internal quality certification.
  • Provide technical support to manufacturing for quality improvements, productivity improvements, and cost reduction.
  • Provided technical support to contract manufacturers in the resolution of product and equipment failures.
  • Process responsibilities included technical support for machining and assembly in a team based environment.
  • Provide technical support for preparation and execution of relevant technical documents, as required.
  • Trained internal Support team members and provided technical support for internal and external customers.
  • Provided technical support related to quality control and purchasing requirements to increase yields.

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22. Process Flow

average Demand
Here's how Process Flow is used in Manufacturing Engineer jobs:
  • Designed process flows, trained manufacturing/quality teams and executed process validations to launch newly integrated product lines into new manufacturing site.
  • Performed analysis of material process flow using industrial engineering and continuous improvement principles to improve service, productivity and cost performance.
  • Designed and implemented optimized process flow for new parts introduced into manufacturing based on critical path method for maximum throughput.
  • Implemented lean manufacturing principles to improve process flows and integrate ergonomic techniques into the redesign of manufacturing equipment and tooling.
  • Develop program specific process flows designed for use by factory management and operators in a Microwave Automated Module Factory.
  • Defined, collaborated and executed work instructions and detailed engineering diagrams for process flow on the manufacturing floor.
  • Developed and implemented improved process flow of manufacturing prototype power steering pumps that optimized prototype builds.
  • Analyze process flow, developing performance enhancements, implementing cost effective design and monitoring production results.
  • Developed process flow for product manufacturing including material management, manufacturing processes and test protocol.
  • Developed precision machining manufacturing processes and write process flow instructions for use in production.
  • Performed Statistical Process Capability analysis on defined processes along with Process Flow Analysis.
  • Operate under a continuous improvement philosophy that promotes frequent modifications of process flows.
  • Support production operations with process flow, problem solving and operations improvement activities.
  • Developed manufacturing engineering documentation including PFMEA, Process flow charts and Work Instructions.
  • Designed WITNESS simulation models and performed constraint analysis to determine optimum process flow.
  • Assembled systems using created documentation to verify accuracy and process flow.
  • Developed and improved manufacturing process flow and validated manufacturing process.
  • Provide design change engineering support improving productivity and process flow.
  • Analyzed the process flow by coordinating with interrelated departments.
  • Worked with manufacturing floor supervisor in implementing process flow.

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23. Process Control

average Demand
Here's how Process Control is used in Manufacturing Engineer jobs:
  • Provided manufacturing direction in product development meetings to drive design for manufacturing and ensure tight tolerances and process control capability.
  • Led cross-functional teams to develop improvements applicable to statistical process control to achieve quality, efficiency and cost reduction initiatives.
  • Performed reliability and quality testing experience including, analyzed and improved assembly-line methods using statistical process control applications.
  • Developed and implemented process control techniques and procedures, creating detailed plans and functional specifications to implement improvements.
  • Developed Electronics Assembly training program and eliminated inspection of High Reliability Electronics assembly line by implementing process control.
  • Assigned to manage and maintain precision and process control for missile/inertial guidance technology to support the manufacturing line.
  • Operated extrusion plastic machinery Design process control sheets and give training to operators on plastic extrusion machinery.
  • Supply Chain Supplier selection, environmental remediation, quality system creation and implementation, statistical process controls.
  • Improved data acquisition process and implemented process control for key parameters, which dominantly determine Laser lifetime.
  • Received training in statistical process control and lean manufacturing and received a yellow belt in lean manufacturing.
  • Developed real time yield analysis software with integrated statistical process control for immediate feedback on process performance.
  • Developed training and implemented quality control functions that ensure calibration and testing were under process control.
  • Applied an organized problem solving plan using general statistical tools, process control and capability analysis.
  • Develop process control documentation, work instructions and related material for the manufacturing of products.
  • Facilitated introduction of 2 new sophisticated semiconductor process control products from engineering development to production.
  • Analyzed assembly process and product for error proofing and increasing using Statistical Process Control principles.
  • Created process control documents, consolidating and gauging duties performed by New Product Manufacturing Engineer.
  • Supported production requirements and implemented Statistical Process Control in a high volume manufacturing facility.
  • Perform statistical analysis required to define process control parameters for new and existing products.
  • Designed process control system to minimize process inventory and ensure pull manufacturing from customer.

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24. Troubleshoot

average Demand
Here's how Troubleshoot is used in Manufacturing Engineer jobs:
  • Lead technicians and provide technical training on repair and troubleshooting on malfunctioned ventilator assemblies and PM of various manufacturing test equipment.
  • Support production department with troubleshooting and correcting equipment and/or process failures to facilitate production of components and reduce back orders.
  • Created documentation including troubleshooting guidelines, QC documents, electrical/pneumatic diagrams, detailed pictorial user manuals and various reports.
  • Created a baseline process cycles database to trend defects on the process that facilitated troubleshooting which reduced manufacturing downtime.
  • Provide major assistance in releasing product to production including documentation releases, production personnel training, production problem troubleshooting.
  • Review, troubleshoot and implement improved part manufacturing processing from machining through final assembly procedures for aerospace components.
  • Reduced assembly down time by providing direct support troubleshooting emergent manufacturing issues in fabrication and mid-body production areas.
  • Provide engineering support by troubleshooting problem, effecting timely solutions to maintain the continuity of production flow.
  • Developed procedural guidance for troubleshooting and adjustments for filling equipment to assure minimal downtime during filling operations.
  • Monitored yield and completed troubleshooting activities on loss per machine deviation and coordinated yield improvement groups.
  • Develop manufacturing specifications, bill of materials and routers to troubleshoot and resolve manufacturing process issues.
  • Provided troubleshooting assistance for daily consumer products high speed manufacturing machine issues and resolved mechanical problems.
  • Performed troubleshooting for electrical and mechanical equipment at industrial, commercial, and residential levels.
  • Worked closely with design and project engineers to troubleshoot manufacturing problems and improve production documentation.
  • Supported automation group during new installations, maintenance and troubleshooting of assigned automated production area.
  • Supported manufacturing production lines with technical support and root cause analysis when troubleshooting equipment.
  • Service includes system/appliance set-up and installation, maintenance, failure troubleshooting and parts replacement.
  • Process Engineering support of day-to-day operations and troubleshooting for the manufacture of Active Pharmaceuticals.
  • Implemented and oversaw all production, efficiency and quality processes; troubleshooted manufacturing issues.
  • Analyzed process, equipment and operational procedures to facilitate troubleshooting and process improvements.

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25. Capital Equipment

average Demand
Here's how Capital Equipment is used in Manufacturing Engineer jobs:
  • Provided justification for capital equipment acquisitions
  • Communicated information regarding process and product changes, and made recommendations for capital equipment to various levels within the organization.
  • Provided technical leadership and expertise on various engineering and manufacturing projects including capital equipment selection and installation and continuous-improvement initiatives.
  • Researched possible improvements and solutions, got quotations from potential vendors, wrote capital equipment justifications, and implemented solutions.
  • Designed and implemented a Justification Worksheet to assist in the justification and validation of new capital equipment for Senior Management.
  • Initiated development and implementation of process to evaluate, select, and approve capital equipment purchases utilizing a cross-functional team.
  • Project managed NPI manufacturing related product development activities for semiconductor capital equipment from concept through transition to volume manufacturing.
  • Led acquisition/development/purchase/installation of Ranger final assembly process/capital equipment and planning/implementation of new chassis work assignments for launch.
  • Developed state-of-the art manufacturing processes and specified capital equipment for next generation of on highway automatic transmissions.
  • Managed timing system capital appropriation submission, capital budget, capital equipment selection, and program implementation.
  • Developed and implemented automated work cell for existing product line, including procurement of capital equipment.
  • Performed capital equipment justifications for new equipment and make vs. buy analysis on supplied components.
  • Researched, justified and implemented capital equipment to reduce product cost and increase production capacity.
  • Developed capital equipment proposal and justification in conjunction with manufacturing and engineering department heads.
  • Support global manufacturing plants with capital equipment acquisition, process implementation and troubleshooting support.
  • Managed capital equipment projects from conception through justification, approval, procurement and installation.
  • Investigated, recommended, justified and implemented Capital Equipment and processes to support operations.
  • Developed mechanical design and ergonomic solutions for heat shrinkable tubing capital equipment product lines.
  • Evaluate capital equipment requirements and prepare financial return justifications to support corporate strategic targets.
  • Participated and lead Six Sigma projects for improving the utilization of capital equipment.

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26. SPC

average Demand
Here's how SPC is used in Manufacturing Engineer jobs:
  • Collaborated with assemblers to implement manufacturing and assembly improvements, using Lean Manufacturing and Statistical Process Control (SPC) methods.
  • Provided statistical process control (SPC), process capability studies and statistical analysis support to manufacturing and engineering departments.
  • Developed process improvements for heat-treatment, grinding, and machining operations, implemented SPC, cellular-manufacturing, and safety innovations.
  • Participated in design and process validation analysis to assure product consistency using SPC statistical methods to evaluate fastener torque.
  • Supervised Failure Analysis and Receiving Inspection departments; reviewed control charts and performed SPC on domestic and international processes.
  • Implemented computer integrated SPC system and computer network that is required for QS9000 certification and improved quality performance.
  • Evaluated manufacturing wire bonding processes by designing and conducting Statistical Process Control (SPC) under designer supervision.
  • Worked with operators and supervisors implementing SPC and Continuous Process Improvement methods into the manufacturing cells.
  • Analyze SPC data to insure quality assurance objectives, operator awareness, including potential machine problems.
  • Maintain A-grade production through SPC and optimization of product transitions between catalyzed and non-catalyzed products.
  • Developed machine/assembly process improvements, continuous improvement practices, and established QA methods using SPC.
  • Managed projects related to quality enhancement, efficiency improvement & cost reduction using SPC process.
  • Develop process capability index and search for operational improvement opportunities Skills Used Lean 6 Sigma SPC
  • Provided daily equipment operational checks, including analysis of SPC data.
  • Conduct SPC data collection and statistical analysis.
  • Established SPC and Tool Crib with PC inventory and ordered new tooling, machines, and component used in my designs.
  • Participate in development of Quality Systems Programs for Process improvement, Material Review Board / Non-Conforming Material Review Reports and SPC.
  • Conducted Gage R&R, Validations, Capability Studies, DOE, Cellular Manufacturing, SPC, corrective action reports.
  • 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.

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27. Catia

average Demand
Here's how Catia is used in Manufacturing Engineer jobs:
  • Create illustrated work instructions for current Falcon Jet interior cabinets using Catia-V5 and Virtual Product Management.
  • Created graphic representations from CATIA to attach to existing planning for mechanics visible representation.
  • Develop derivative documentation from information provided by customers using ERP software and CATIA.
  • Analyzed and investigated engineering definition in CATIA for assembly and installation.
  • Designed fixtures/jigs for improving manufacturing processes using CATIA V5.
  • Import and analyze point data taken from the Laser Tracker and FARO arm to determine discrepancies of tooling using CATIA V5.
  • Provide hands on liaison support, interpretation, as well as creation of graphical instructions utilizing ENOVIA and CATIA V5 engineering.
  • Interrogate the CATIA V5 design models and specifications to determine the detail fabrication and process requirements to support the assembly process.
  • Coordinated with supplier, shop and engineering to ensure test parts were built per drawing or per ENOVIA and CATIA model.
  • Performed as a Tooling Engineer by creatively designing new tooling (weld fixtures & tube saw fixtures) on CATIA V5.
  • Used CATIA to create and update drawings primarily consisting of tooling, fixture, and miscellaneous mechanical designs to drive production.
  • Created and edited CATIA v5 drawings for undocumented fixtures and tools used for the manufacturing and testing of military aircraft lights.
  • Utilized CATIA and SAP for planning and inventory investigations of outdated, superseded, and obsolete parts & assemblies.
  • Experience working with complex assemblies and creating/modifying existing parts in CATIA v5 and everyday use with vinyl plotter software.
  • Identify changes in drawing through in line CATIA system and record drawings changes, and communicate to manufacturing trainers.
  • Work with CATIA CAD platform Create AS-BUILT models from measured data and tweak surfaces per thermal expansion data.
  • Provide On-site CATIA V4 support, organization web development focal, and purchasing role for CAD/CAM computing equipment.
  • Release shop and tool orders required to manufacture detail parts and assemblies, using CATIA V6 and SAP.
  • Use of CATIA V5 R16 in part modeling, drafting and assembly of jet engine mechanical components.
  • Designed tooling details and shop aids based on product computer models using both CATIA and CADAM.

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28. Value Stream

average Demand
Here's how Value Stream is used in Manufacturing Engineer jobs:
  • Maintained continuous improvement process by providing quality cost control alternate assembly methods for several Battlefield Programs at the Value Stream level.
  • Managed introduction of new value stream into production and analyzed existing processes for new equipment and process requirements.
  • Apply value stream mapping and analysis to identify and eliminate inefficiency by creating transformation plans.
  • Created, maintained and presented manufacturing improvement opportunities utilizing Value Stream Map to executive management
  • Value Stream Alignment lead for analysis and alignment of electrical configurations.
  • Performed Value Stream Mapping analysis to identify waste and improvements.
  • Value stream mapping in identifying inventory flow and documentation.
  • Value stream analysis for process improvement/cost reduction.
  • Utilize Six Sigma processes, and Six Sigma tools to streamline manufacturing processes, and increase efficiency in the value stream.
  • Trained and implemented Value Stream Mapping, Standard Work, One Piece Flow quality programs into manufacturing builds to reduce waste.
  • Facilitated lean cell implementations and value stream mapping activities which resulted in reduced WIP and increased inventory turns saving $210,000/yr.
  • Involved the coordination of technical activities with manufacturing engineers, CNC programmers, quality engineers, production and Value Stream Leaders.
  • Implement and develop tools and processes to improve material flow, quality, productivity and efficiency throughout the entire value stream.
  • Apply Lean Manufacturing tools of Overall Equipment Effectiveness (OEE), Value Stream Mapping, to improve current Product Lines.
  • Certified trainer for Value Stream Mapping, 5S, Standardized Work, Continuous Flow Manufacturing, Set-Up Reduction and Pull System.
  • Planned and implemented manufacturing work cells using value stream mapping, DFM&A, lean mfg., and JIT techniques.
  • Remodel floor plans using Value Stream Mapping; eliminate 30% waste space and 20% improvement in overall processes.
  • Assisted a team in developing a Value Stream Map for a manufacturing facility to detect the wastes in the facility.
  • Gained experience on shop floor in the production line and on value stream mapping of the car door frames section.
  • Supported multiple value streams on process improvement, tool development, cost saving initiatives, and creation on standard work.

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29. Engineering Changes

average Demand
Here's how Engineering Changes is used in Manufacturing Engineer jobs:
  • Ensured technical accuracy, and customer satisfaction daily, incorporating engineering changes while working with schedules.- Paid close attentions to detail.
  • Developed, wrote, and revised manufacturing plans for production incorporating engineering changes and new tooling into the manufacturing process.
  • Led configuration management efforts; ran change control board meetings and bridged communications between all departments affected by engineering changes.
  • Developed methodologies for accountability in capturing engineering changes necessary to remain at most current product and engineering revisions.
  • Updated planning as required for all purchase order/customer engineering changes or for all method improvement/correction type changes.
  • Maintained and controlled process documentation to include operation sequence, operator method sheets, and engineering changes.
  • Provided engineering changes, tooling, cost reduction and technical support to manufacture electronic pacemakers & programmers.
  • Provide technical support to manufacturing by coordinating engineering changes, drawing interpretation issue and determining tooling requirements.
  • Initiate and implement the manufacturing aspects of engineering changes and participated in new product development meetings.
  • Evaluated and approved engineering changes for assembly in Team Center; documented and implemented industrial modifications.
  • Introduced and implemented engineering changes, coordinating across departments to ensure success in production goals.
  • Initiate and implement engineering changes and document revisions Responsible for yield improvement and cost reductions projects
  • Investigated and implemented engineering changes for production planning, investigated and resolved discrepancy reports.
  • Created and maintained production documentation such as processes and engineering changes for ISO9001 certification.
  • Conduct production trial runs for prototypes and suggest engineering changes for production feasibility.
  • Reviewed new engineering designs for completeness and drove engineering changes for manufacturing compliance.
  • Maintained manufacturing bill of material that ensured accuracy and timing of engineering changes.
  • Managed engineering changes and process improvement with no quality or velocity hits.
  • Facilitate Engineering Changes to assure minimum delays or interruptions to production.
  • Ensured Design and Implementation by providing engineering changes and on-floor changes

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30. Kanban

low Demand
Here's how Kanban is used in Manufacturing Engineer jobs:
  • Advised Operations Manager on converting to lean manufacturing by utilizing KanBan-ing and JIT processing.
  • Implemented Cell Manufacturing incorporating KanBan system for Just-In-Time manufacturing (JIT).
  • Improved product flow utilizing KanBan, streamlined assembly process, and enforced controlling material flow to the factory floor eliminating defects.
  • Implemented Just-In-Time, Demand Flow Technology, and KANBAN inventory system for the swing door production line.
  • Implemented first manufacturing KANBAN-style work group to reduce critical component failures by 30% in first year.
  • Implemented manufacturing concept philosophies like JIT, KANBAN, and TQS into the manufacturing environment.
  • Implemented and practice various manufacturing philosophies such as JIT, KANBAN, and TQS.
  • Developed space utilization plans, lean manufacturing work cell, and KANBAN supply systems.
  • Developed KANBAN systems for supplying parts to the Ring Laser Gyro assembly line.
  • Certified in and implemented Demand Flow (JIT/KANBAN) on manufacturing floor.
  • Implemented 5'S, Visual manufacturing, KANBAN and other Lean activities.
  • Improved the production flow by implementing KANBAN manufacturing in the plant.
  • Implemented a KanBan system for packaging materials.
  • Introduced a new KANBAN system.
  • Applied work cell manufacturing process techniques in a safety apparel-manufacturing environment with emphases toward Lean, Kanban and 5S applications.
  • Support Kanban material replenishment system to help reduce on-hand inventory and promote just-in-time delivery of raw materials through visual triggers.
  • Steered material presentation projects by implementing kanban systems and designing material containers to improve handling, ergonomics, and staging.
  • Established kanban system to reduce inventory levels and improve material handling efficiency with savings of approximately $420K.
  • Created raw material kanban system, standardized setup sheet process and established 6-S organization to improve productivity.
  • Lean Manufacturing implementation, established Kanban Systems, incorporated cell design to meet customer and business requirements.

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31. Production Equipment

low Demand
Here's how Production Equipment is used in Manufacturing Engineer jobs:
  • Position Responsibilities: Perform research, design and development of manufacturing processes including production flow, assembly methods and production equipment.
  • Maintained equipment documentation, wrote procedures and developed and implemented training programs on all production equipment under my responsibility.
  • Authored and executed Installation Qualifications, Operational Qualifications, and Test Method Validations for new production equipment and processes.
  • Supported production line through managing calibration and PM work orders and repairing production equipment necessary for production operations.
  • Designed and implemented new production equipment resulting in reduced costs and increased capacity for nuclear fuel assembly production.
  • Work internationally with China Genie facility to help with engineering support with production equipment and manufacturing processes.
  • Designed and/or supervised modification, installation, and major repair of several pieces of production equipment.
  • Developed Clean Room Specification and first Production Assembly line simulation used to launch production equipment.
  • Maintain current higher level assembly production equipment and provide training to maintenance and production operators.
  • Design production equipment and operating conditions for material savings, downtime reduction and safety improvements.
  • Designed and procured production equipment and tooling used in injection molded plastics and aerosol operations.
  • Designed and validated production equipment and fixtures- as well as managed qualification and calibration.
  • Develop operation and setup procedures as well as preventive maintenance procedures for production equipment.
  • Maintained production equipment and fabricated any special equipment needed to improve ergonomics and production.
  • Optimized production equipment operations using root cause analysis, preventative and predictive maintenance management.
  • Identified safety hazards and risks associated with production equipment, and provided preventive solutions.
  • Evaluated and purchased new production equipment and investigated and corrected problems with existing equipment.
  • Start up and maintenance of production equipment, including mechanical assembly and electronic soldering.
  • Partnered with Quality Engineering to perform equipment IQ/OQ/PQ validations for new production equipment.
  • Perform Installation, Operation, and Performance Qualifications of instrumentation and production equipment.

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32. New Processes

low Demand
Here's how New Processes is used in Manufacturing Engineer jobs:
  • Designed and developed new processes for new fuel injector technology program in- house, gave company greater capability to manufacture components.
  • Develop and evaluate new processes and improve current process efficiency, capability, and overall productivity in all areas of manufacturing.
  • Implemented new processes, improved existing processes for better efficiency, purchased and maintained equipment to meet customer and safety requirement.
  • Generated all manufacturing documentation and any new processes as well as interfacing between design community and all manufacturing organization.
  • Assisted in production troubleshooting, and development of new processes and products.- Interfaced with international customers and engineering teams.
  • Direct support to Division Paint Engineering for new processes and products to meet manufacturing technologies and changing environmental requirements.
  • Design and implementation of new processes and equipment for yield and productivity improvements in Printed Circuit Board fabrication.
  • Doubled production and improved quality of assembly cells by amending procedures and implementing new processes.
  • Supervised safety features and process efficiency - Designing new processes and introducing improvements as required.
  • Incorporated new processes and methods by improving existing operations to reduce downtime and improve productivity.
  • Performed numerous tests on sample parts using various measurement devices to determine sustainability of new processes
  • Supported supply chain engineering sustaining projects by qualifying new processes and materials.
  • Developed and implemented new processes for automotive, medical and industrial products.
  • Assisted production operations with implementing new processes, and optimizing existing processes.
  • Performed Design of Experiments analyses on new processes for production capability.
  • Developed and implemented new processes and equipment into various manufacturing processes.
  • Developed work instruction for new processes, safety and environmental procedures.
  • Developed quality documentation to support new processes and meet QS9000 requirements.
  • Conducted Design of Experiments to validate/optimize new processes in lead-free environment.
  • Performed extensive validation and verification of new processes and equipment.

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33. Production Floor

low Demand
Here's how Production Floor is used in Manufacturing Engineer jobs:
  • Involved in investigations and providing engineering support for any production floor process non-conformance implementing corrective and preventive action plan.
  • Provided production floor support for technical questions relating to drawing interpretation, engineering changes, manufacturing difficulties and specifications.
  • Developed and supervised techniques in production floor using various engineering principles such as lean manufacturing and Six Sigma.
  • Prepared detailed test instructions for production operators and provided on-call support for production floor and quality departments.
  • Provide documentation verification as well as technical support to the production floor while implementing customer product changes.
  • Analyzed and solved daily production floor issues, implemented statistical process control and trained assembly associates.
  • Implemented lean manufacturing methodologies to increase capacity and productivity on production floor and in warehouse.
  • Documented complex assembly and alignment procedures utilizing Pro/E and digital pictures from the production floor.
  • Managed capital equipment projects including specification, budgeting, production floor layout and facilities integration.
  • Support production with manufacturing instructions, process documentation, spot-troubleshooting production floor issues.
  • Supported and provided production floor solutions to 80 operators in Aegis related complications.
  • Conducted machine training and authored operation and maintenance instructions for production floor personnel.
  • Applied Lean Manufacturing to production floor for continuous improvement and waste elimination.
  • Identified bottlenecks on production floor and justified capital projects to increase productivity.
  • Represent a customer account and support production floor with technical information.
  • Redesigned the production floor into a cellular Lean manufacturing environment.
  • Directed production floor personnel to improve manufacturing operations and yields.
  • Engineer working as liaison between sales/marketing department and production floor.
  • Authored detailed test instructions and procedures for production floor operators.
  • Managed material flow and traveler documentation on Production floor.

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34. PLC

low Demand
Here's how PLC is used in Manufacturing Engineer jobs:
  • Reported to Engineering Manager - designed and developed semi-automated Micro-PLC controlled equipment to improve manufacturing yields and reduce manufacturing costs.
  • Provided PLC programming as needed on assigned projects, designed modifications to existing equipment for productivity improvement.
  • Specified and programmed equipment instrumentation and micro-programmable logic controllers (PLC) for data collection systems.
  • Set up experiments for engineering using Omega temperature controllers interface with Allen-Bradley PLC.
  • Assist senior automation engineer with various mechanical and electrical testing of PLC components.
  • Designed and installed PLC automation systems, incorporating leading edge components and technology.
  • Designed, implemented and validated PLC controlled fixtures and robotic automation processes.
  • Experience with validation of automated processing equipment incorporating PLC and HMI controls.
  • Worked with PLC programmer implementing numerous controls to operator / equipment interface.
  • Integrate safety; modify PLC/ Ladder to accommodate machine modification.
  • Designed, developed, integrated and debugged PLC-controlled machinery.
  • Completed Allen Bradley courses in maintaining / troubleshooting PLC and a 1394 GMC system, Basic and Advanced SLC 500 programming.
  • Modified machine components, tooling and fixtures, PLC and robot programs to reduce machine downtime, scrap and manpower requirements.
  • Work with various suppliers on machine improvements and repairs with knowledge of PLC ladder logic and design or new additions.
  • Provided other Utilized CAD system & PLC Programs (via Ladder Logic Diagrams & Overlay Interfaces), when needed.
  • General knowledge of PLC controllers ranging from CNC mills, lathes and gear cutting machines in a machine shop environment.
  • Provided engineering knowledge for the development of automation upgrades to Allen Bradley PLC units used to control filling equipment.
  • Assembled, installed, and debugged multiple PLC based automated machines that produce high volume high precision pyrotechnic devices.
  • Identified issues with industrial controls, primarily PLC, and specified new controls for process changes and machine rebuilds.
  • Processed controls, performed error proofing, equipment design and programming of PLC, HMI and Servo systems.

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35. Production Processes

low Demand
Here's how Production Processes is used in Manufacturing Engineer jobs:
  • Estimated production times Conferred with management, engineering and other staff regarding manufacturing capabilities and production schedules to facilitate production processes.
  • Major areas of responsibilities are trouble shoot production issues, analyze and develop production processes to eliminate reliability and quality issues.
  • Perform functions to develop new production processes or modify existing production operations to meet customer specifications or increase productivity.
  • Work with management, engineering, and other staff regarding manufacturing capabilities and other considerations to facilitate production processes.
  • Executed specialized projects, and gather and analyze data to improve engineering and manufacturing knowledge of production processes.
  • Manage and support complex medical device manufacturing process and deploy new technology and design in production processes.
  • Coordinated and facilitated training for operators on production processes, and created and revised related work instructions.
  • Performed internal audits and regular process reforms to upkeep AS9100 quality standards for manufacturing and production processes.
  • Design and implement manufacturing tools and fixtures into production processes to improve yield rate and operator efficiency.
  • Served as liaison between Manufacturing production and Engineering regarding capability and impact to current production processes/schedules.
  • Interfaced with management and other staff concerning manufacturing capabilities and production schedules to facilitate production processes.
  • Implemented process control, participated in ISO9000 re-certification efforts, optimized production processes and procedural documentation.
  • Analyze production processes and equipment to make continuous improvements focusing on Safety, Quality and Productivity.
  • Authored and published technical specifications, optimizing production processes for gas and radiation detection product lines.
  • Communicated manufacturing capabilities, production schedules, or other information to facilitate production processes.
  • Planned and coordinated implementation of assembly lines and required documentation for new production processes.
  • Supervised the production processes for automotive fuel rails and troubleshot/supervised repairs for production equipment.
  • Developed Standard Operating Procedures for production processes, product flow control and preventive maintenance.
  • Maintained production processes and procedures used in the manufacturing of computer based simulation systems.
  • Analyze production processes for identification and removal non-value adding processes, bottlenecks etc.

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36. Control Plans

low Demand
Here's how Control Plans is used in Manufacturing Engineer jobs:
  • Developed detailed quality control documentation for new product launches, including comprehensive control plans and process flow diagrams.
  • Participated in FMEA development to generate detailed control plans implementing manufacturing and quality tracking documents.
  • Mitigated all high risk with analysis and results for elimination documented using control plans.
  • Implemented control plans that identified key characteristics minimized production downtime due to such failures.
  • Validated manufacturing processes and test methods and developed control plans and inspection/test instructions.
  • Created operator control plans and implemented DCS program changes to mitigate product cross-contamination.
  • Implemented Control Plans; identified Critical Control Points for multiple manufacturing processes.
  • Updated control plans through critical operations increasing shaft line quality procedures.
  • Create and maintain accurate documentation of manufacturing processes and control plans
  • Implemented control plans ensuring equipment and processes maintain performance levels.
  • Developed work instructions and control plans for manufacturing operations.
  • Ensured cost-efficient control plans and capital equipment purchases.
  • Developed and managed control plans for individual projects.
  • Validate and develop control plans for manufacturing.
  • Recruited to develop manufacturing processes plans for better product flow by creating and implementing standard work instructions and quality control plans.
  • Developed processes and quality control plans for new parts, as well as updating old processes to meet new production demands.
  • Developed, implemented, and refined manufacturing documentation including, work instructions, set up sheets, and quality control plans.
  • Implement PFMEA, control plans and mistake proofing methods to eliminate reoccurring issues and identify and manage product/process improvements and opportunities.
  • Implemented process control plans to ensure that all processes within the cell were controlled to maintain consistency, functionality and quality.
  • Initiated, modified and maintained manufacturing engineering documentation such as PFMEA, Control Plans, Process Flow, Time studies.

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37. Assembly Drawings

low Demand
Here's how Assembly Drawings is used in Manufacturing Engineer jobs:
  • Prepared machine assembly drawings and Bill of Materials and provided documentation support as required.
  • Developed Manufacturing Process Instructions in CircuitCAM based on customer Assembly Drawings and Specifications.
  • Create manufacturing documentation including; assembly drawings, work instructions and travelers.
  • Analyzed, corrected and improved assembly drawings to increase manufacturing process efficiency.
  • Documented component and material requirements for development/release engineering and assembly drawings.
  • Illustrated and implemented procedures from customer assembly drawings and bills of materials
  • Devised comprehensive work descriptions and assembly drawings to standardize business practices.
  • Analyze assembly drawings to create detailed manufacturing work instructions.
  • Develop engineering documentation; component, assembly drawings.
  • Implemented ECO's (engineering change orders) to modify existing assembly drawings and procedures to improve quality and manufacturing disciplines.
  • Approve Assembly drawings, fabrication drawings, mechanical drawings and Engineering change orders for Digital Radio Products (Epic)
  • Documented procedures in the form of process instruction sheets with the use of marked-up assembly drawings and sample assemblies.
  • Create and submit Supplier Problem Sheets (SPS) to customers to correct Bill of Material or Assembly Drawings.
  • Documented the assembly process of the above components by updating or creating assembly drawings and standard assembly procedures.
  • Use of Solid Works to make changes to existing drawings and to make detail drawings from assembly drawings.
  • Specified changes to component and assembly drawings, bill of materials, process sheets and training manuals.
  • Collected all assembly drawings, PPI writer work and quality control documentation for Chief Engineer approval.
  • Developed prototypes units, build and material specifications, and worked with designers on assembly drawings.
  • Create and maintain product assembly documentation including bills of materials, assembly drawings and procedures.
  • Created and updated over 100 operational method sheets/assembly drawings and their process changer orders.

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38. Design Changes

low Demand
Here's how Design Changes is used in Manufacturing Engineer jobs:
  • Collaborate with production to identify and implement design changes that reduce installation time while maintaining integrity and performance of aircraft systems.
  • Validated the accuracy and impact of design changes at Configuration Management Board reviews to ensure a proper transition into production.
  • Performed failure analysis activities to determine root cause and implement corrective and preventive actions including design changes and improved testing.
  • Supply information on planning instructions, design changes and implementation of appropriate tooling requirements while maintaining schedules and quality.
  • Approved engineering design changes, and trained operators to assemble mechanical and electrical assemblies into avionic final instruments.
  • Interfaced cross-departmentally with engineering staffs in production, fabrication, and tooling sectors about manufacturing design changes.
  • Modified production systems and tools to incorporate product design changes, quality improvements, and model diversification.
  • Created assembly manufacturing instructions, implemented design changes, and defined acceptance testing of subsystem performance.
  • Identified and coordinated specific engineering design changes resulting in product cycle time/inventory reduction by 40 %.
  • Evaluated and developed engineering design changes to correct engineering related problems, and initiated design changes.
  • Analyze and recommend product design changes for ease-of-manufacturing, cost reduction, and quality improvement.
  • Recommended specific design changes for product improvement resulting in ease of manufacturing and improved efficiency.
  • Developed and implemented design changes that eliminated customer fit-up problems and reduced warranty costs.
  • Interfaced with Engineering on design changes needed to improve manufacturing and product reliability.
  • Created design changes and recommended improvements by performing time studies for manufacturing processes.
  • Worked with design engineering department on design changes affecting manufactured and assembled parts.
  • Recommended standardization and design changes in plastic drain pan used in dehumidifiers.
  • Structured engineering and production bill of materials and implemented engineering design changes.
  • Review tooling available and/or required and recommend design changes as indicated.
  • Perform analysis and communicated design changes to engineering and production.

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39. ERP

low Demand
Here's how ERP is used in Manufacturing Engineer jobs:
  • Will participate in coordinating with various technical, manufacturing and supplier support functional counterparts as well as FAA Designated Engineering Representatives.
  • Contributed to the Caterpillar Quality Management System Certification by performing internal audit and coordinating a Six Sigma Black Belt project.
  • Coordinate technical matters relating to assembly drawing interpretation, Engineering Change Notices, rework, and manufacturing difficulties and specifications.
  • Provide technical support and guidance such as interpretation and clarification of engineering drawings, specifications, and process documents.
  • Prepared operational sketch sheets for the purpose of avoiding misinterpretation of manufacturing requirements, processing and engineering drawing intent.
  • Participated in configuration and implementation of new ERP system, establishing new business processes based on new system capabilities.
  • Lead efforts in implementing and interpreting specification, materials selection, and finish applications for various materials.
  • Analyzed and interpreted data from solid-state motor drives and controllers scope meters and other troubleshooting equipment.
  • Utilized knowledge of interpretation of gamma scans and distillation column operation to justify column packing replacement.
  • Interpreted engineering drawings and facilitated correction of errors on drawings and documents identified during manufacturing operations.
  • Skilled in the interpretation and application of Military, North American and European aerospace specifications.
  • Created supporting functional and technical documentation, prepared specifications, interpreted and reviewed of calculations.
  • Interpret Engineering Drawings and Process Specifications to establish Bill-of Materials and manufacturing build outlines.
  • Interpreted blueprints, technical drawings, schematics and computer-generated reports for new product development.
  • Provided technical help and expertise in interpreting engineering and work instructions to assemblers.
  • Compiled data and generated graphs to interpret results and suggest key operational improvements.
  • Introduced circular interpolation and generated $20000/yr cost savings in shaft milling operation.
  • Interpreted and quoted customer special requests and requirements to develop manufacturing methods.
  • Prepared quotations using VISUAL Manufacturing ERP software, meeting unique customer requirements.
  • Provided technical support including interpreting engineering drawings, specifications, and documents.

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40. FDA

low Demand
Here's how FDA is used in Manufacturing Engineer jobs:
  • Led several independent, cross-functional projects and improved manufacturing quality, reduced cost, ensured environment was supported and FDA compliant.
  • Designed numerous prototypes of medical devices per physicians' requests resulting in production runs under FDA and Regulatory Regulation approval.
  • Developed manufacturing processes for new medical screws and IM nail implants within FDA validation requirements and quality assurance procedures.
  • Maintain effective manufacturing operations following FDA regulations, international standards, OSHA regulations and internal quality system.
  • Coordinated and co-created standard operating procedures to establish internal quality system and to meet FDA regulatory standards.
  • Supervised new equipment and packaging validations to meet FDA compliance for a new manufacturing facility.
  • Optimized manufacturing processes for an FDA regulated laser catheter used in cardiac lead extraction.
  • Ensured FDA requirements and guidelines pertaining to documentation regarding error log acceptance variability.
  • Managed assembly operations and warehouse activities for medical device pursuing FDA approval.
  • Developed procedural documentation to assure stringent quality requirements monitored by the FDA.
  • Created new and updated existing manufacturing drawings to meet FDA specifications.
  • Designed verification and validation reports for satisfying FDA and ISO requirements.
  • Performed preventative maintenance successfully to ensure product complied with FDA regulations.
  • Conduct initiatives focused on increasing First-Pass-Yield of FDA-approved medical infusion pump.
  • Performed detail oriented work following practices of FDA-regulated medical manufacturing environment.
  • Assessed protocols for compliance to FDA regulatory requirements for statistical validity.
  • Work focused on FDA regulated industry documentation for manufacturing sterile products.
  • Detailed process procedures were written to meet FDA documentation requirements.
  • Complete process validations to meet applicable FDA and regulatory requirements.
  • Developed the operators/technicians training program in compliance with FDA regulations

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41. Plant Layout

low Demand
Here's how Plant Layout is used in Manufacturing Engineer jobs:
  • Created current and future Lean Methodology plant layouts that envisioned future capacity expansion, capital asset transfers with process flow improvements.
  • Managed Capital Investment, Plant Layout, and Continuous Improvement projects to accomplish maximum production efficiency utilizing Lean Manufacturing Principles.
  • Performed plant layout modifications of entire automated manufacturing lines to improve process flow, production throughput and material handling.
  • Lead multiple teams developing and integrating manufacturing requirements, tooling, and production plant layouts incorporating lean manufacturing flows.
  • Developed and executed capital project plans, equipment justifications, plant layouts, equipment and fixture design specifications.
  • Supervised plant layout; trouble-shooting operational and quality control problems; and enhanced production.
  • Developed plant layouts to accommodate new product line and increased production requirements.
  • Arranged machinery based on ergonomic considerations and customers plant layout.
  • Provided plant layouts and facility plans using lean manufacturing philosophy.
  • Redesigned plant layout using AutoCAD after analyzing current process.
  • Developed and implemented plant layouts to improve manufacturing processes.
  • Formulated and directed plant layout changes for optimum productivity.
  • Evaluated plant layout and coordinated new machinery installation.
  • Developed plant layout for continuous improvement and increased throughput
  • Redesigned plant layouts as necessary to improve efficiency.
  • Completed Plant Layout initiatives and Equipment Justifications.
  • Prepared capital project justification and plant layout.
  • Worked with the manufacturing engineers and maintenance team to develop manufacturing plant layouts, material handling system, and process optimization.
  • Root cause analysis of the top customer complaint (wrong parts shipped) showed that the plant layout needed corrective action.
  • Provided hands-on support and supervision for maintenance, safety, environmental, prepared plant layouts for various machine and assembly projects.

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42. ECO

low Demand
Here's how ECO is used in Manufacturing Engineer jobs:
  • Developed and maintained special procedures / work instructions which promoted efficient and economical utilization of personnel, equipment and facilities.
  • Led incident investigation team, which used root cause analysis to investigate safety incidents and recommend counter-measures to prevent recurrences.
  • Identified opportunities for improvements by performing work measurement surveys, analyzing operations, reviewing job loads, and making recommendations.
  • Coordinated quality and safety efforts involved in rocket build and presented recommendations to upper management and customer before testing.
  • Conducted validation studies by measuring pertinent parameters, analyzed data statistically, derives conclusions and makes recommendations.
  • Received the Value Recognition Award in Environmental Initiatives and nominated for the Operations Process Improvement Award category.
  • Evaluated existing processes, recommended part design/mold change or material change to eliminate ultrasonic welding defects.
  • Improved facility efficiency and quality by identifying procedural problems and recommending change as internal quality auditor.
  • Review current and proposed regulations and company requirements; recommend appropriate program measures to ensure compliance.
  • Selected and recommended new technology and equipment, from justification for purchase through installation and integration.
  • Lead production improvements and initiatives that resulted in outstanding quality reputation, safety records and reputation.
  • Provided recommendations to the lead manufacturing engineer for creating/revising SOP for new and existing product assembly.
  • Developed standard operating procedures for set-up, operation and troubleshooting of primary and secondary equipment.
  • Developed, documented, and trained relevant personnel on review process for document information records.
  • Reviewed procedure and supporting documents for all PCBA manufacturing processes and provided recommendations for updates.
  • Recommended modifications of existing quality or production standards to achieve optimum quality of equipment.
  • Optimized controlled variables of oven model to improve cure and recovery characteristics of insulation.
  • Created Non-Conforming Material Reports on defective material or parts, and recommended dispositions.
  • Organized product development meetings, tracked process, and recorded environmental testing results.
  • Recognized as a valuable team member with the ability to facilitate effective communication.

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43. Ppap

low Demand
Here's how Ppap is used in Manufacturing Engineer jobs:
  • Launched and obtained PPAP approval on 6 automated Robot load/unload machining center cell* Supported multiple machining center cells on automotive product lines
  • Conducted and documented PPAP experiments in order to get baseline data for process capability.
  • Coordinated Engineering and Maintenance Activities for conversion of Reaction Sun Gear and Drum Assembly to 4T65E Application, including PPAP Requirements.
  • Generated and prepared PPAP, FMEA's, Process Flows, and Control Plans, for new and existing product lines.
  • Lead the installation on 27 pieces of capital equipment and verified PPAP process on the equipment to prove out developed process.
  • Worked with off-shore manufacturing departments to manage First Article and PPAP approvals, ramp-up and production while improving quality and efficiency.
  • Developed PPAP documents and Identified suppliers and vendors, developed 360-degree scorecard on KPI's and allocated orders to them.
  • Develop, maintain, and track timing schedules in support of new product launches, including first article and PPAP.
  • Developed operation procedures and documentation including working instructions, troubleshooting guide, control plans, PPAP, & PFMEA.
  • Coordinated, set-up, and ran new products from PPAP through all pilot builds and initial start of production.
  • Absorbed 100% of job functions for multiple prolonged periods including PPAP and APQP management and engineering change management.
  • Prepared cost analysis studies, designed tooling, created PFMEA techniques and PPAP's for quality OEM products.
  • Planned and directed installation, PPAP testing, maintenance and repair of new and existing equipment and processes.
  • Contract Engineer at Bosch Braking Systems Saint Joseph, MI * SPC, Process and PPAP launch documents.
  • Tracked Production Part Approval Process (PPAP) for full approval or interim with defined corrective action steps.
  • Provide supports to UPPAP programs for aerospace industries that are regulated by the UTC and subject to ITAR.
  • Meet quality requirements and goals as they relate to PPAP, problem resolution, documentation and change approval.
  • Served as the customer's key manufacturing contact during pilot runs and PPAP approval phases of project.
  • Developed process flow charts, control plans, PFMEA's, and PPAP's for automotive industry.
  • Project Managing: Phase-gate, Weekly status reports, PPAP, direct contact with suppliers and clients.

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44. MRB

low Demand
Here's how MRB is used in Manufacturing Engineer jobs:
  • Provide technical recommendations to MRB on material disposition.
  • Participated in MRB meetings and continuous improvement programs.
  • Participate in MRB disposition for non-conforming products.
  • Supported ISO Quality System by writing Work Instructions, developing Quality Plans and resolving Stop Work, DMR and MRB issues.
  • Involved with MRB and CCB finding out the problems that occur and resolve issue and disposition in 24 hrs turn around.
  • Worked with Contractor Manufactures, Vendors, and Partners on multiple products issues, MRB's, and Design for Manufacture.
  • Provided graphic illustrations and technical drawings to Q/A, D/E, MRB, Stress and to the technicians on the floor.
  • Coordinate and liaise with production MRB engineering for the creation of rework and repair documentation provided to production as required.
  • Worked closely with Quality, Sustaining Engineering, Configuration Management, Purchasing, Process Engineering Program Management, and MRB.
  • Record and track rejects (MRB), perform root cause analysis, and use the results to improve processes.
  • Led a team responsible for in-process MRB disposition, and directed manufacturing personnel in support of a continuous flow facility.
  • Created instructions to return discrepancies to blueprint condition, and wrote rework plans to repair discrepancies to MRB Engineering dispositions.
  • Initiated approvals for designs, including the preparation of Non Conformance reports, and active participation in the MRB process.
  • Worked with Boeing MRB and Partner MRB in the creation of MRB tags and documents for discrepant parts and assemblies.
  • Work directly with Quality Engineering on 4 packs and high driver MRB's to find Root Cause and Corrective Action.
  • Served as Material Review Board (MRB) leader; conducted daily meetings to disposition damaged or defective parts.
  • Evaluate and disposition mechanical Brake Control Module parts rejected on Non-conforming Material Reports in MRB and status OEM returns.
  • Interfaced with MRB engineers, quality engineers, and product design engineers to review blueprints and company S.O.P.
  • Assist Quality Assurance in determining the disposition of reject material with Material Review Board (MRB) decisions.
  • Worked with MRB Engineer and MRB Production Liaison to minimize the impact to the shop floor schedule.

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45. MRP

low Demand
Here's how MRP is used in Manufacturing Engineer jobs:
  • Performed motion and time studies to develop production capacity models, and identified and implemented product configurations on DataFlo MRP system.
  • Initiated, scheduled, and maintained manufacturing operation procedures within a MRP environment to internal Manufacturing and Quality Standards.
  • Used ERP/MRP systems extensively to produce shop planning, manage inventory/drive demand, and release detailed manufacturing/assembly travelers.
  • Key contributor and implementer in MRP/ERP system changes involving manufacturing information.
  • Facilitated merger of all business systems into MAS 200 MRP system, accelerating processes through transforming paper-based system to software-based system.
  • Managed NPI, Drafting, Quoting/MRP sustaining, Facilities and Preventive maintenance, Manufacturing cabling and harness equipment and testing groups.
  • Filtered plant daily demand report from (MRP) Material Requirements Planning (SAP), posted to department RTPR cubes.
  • Implemented of a Point of use MRP system in the plant as well as the implementing of other Lean Production techniques.
  • Review Material requirements planning (MRP) to create cost effective inventory, time delivery and maintain warehouse lean performance.
  • Input bill of materials into MRP system which allowed scheduling builds, ordering parts, and estimating costs of builds.
  • Lead and supported teams evaluating and implementing improvements in how data is feed to PDM and MRP systems for accuracy.
  • Produce Bill of Material and process routers for fabrication of Titanium, Stainless Steel, and Aluminum using Vantage MRP.
  • Created/refined drawings, associated bills of materials and material and product part numbers for production and MAS 90 MRP.
  • Produced in-house plans for fabrication of detail parts as required and corrected demand (MRP) issues in SAP.
  • Supported and modified MRP system and created reports using Access to coordinate purchase of initial inventory and safety stock.
  • Managed a large MRP database and analyzed supplier performance and cost variance data and made regular presentations to management.
  • Served as an initial user and trainer on an in-house MRP system developed for the manufacturing sites within DSEG.
  • Completed an initial MRP (early ERP) project to capture manufacturing line processing and for planning lines.
  • Support all areas with technical expertise for implementation of SPC, JIT, MRP and process improvement projects.
  • Assisted manufacturing department in implementing MRP II using HP 3000 system to improve lead time by 25%.

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46. Capital Projects

low Demand
Here's how Capital Projects is used in Manufacturing Engineer jobs:
  • General activities include day-to-day troubleshooting and maintenance planning as well as process optimization and support for capital projects.
  • Managed routine and preventive maintenance activities and engineering on capital projects in support of high-volume vaccine manufacturing facility.
  • Created detailed reports for capital projects and made strategic recommendations to leadership based on results cost-benefit analysis.
  • Design tooling and automation, Manage and implement capital projects including equipment purchase and installation.
  • Support all capital projects from design through construction/installation, commissioning and release to operations.
  • Provided project planning and documentation to plant maintenance technicians and supervise capital projects.
  • Submitted Appropriation Requests for Capital Projects intended for safety and planned cost reduction.
  • Originated and prepared requests for capital projects to meet required manufacturing goals.
  • Evaluated the economic feasibility of proposed capital projects and prepared cost/benefit justifications.
  • Coordinated and tracked facilities and industrial engineering-related capital projects for 1999.
  • Worked multiple capital projects for replacement or repair of facility equipment.
  • Led several Capital Projects including equipment acquisitions and new process development.
  • Directed and assisted $200,000+ facilities and productivity improvement capital projects.
  • Submitted and implemented capital projects with proper justification for cost reduction.
  • Lead capital projects for acquisition of new manufacturing and inspection equipment.
  • Constructed numerous cost analysis summaries for multiple capital projects.
  • Justify and manage capital projects to upgrade manufacturing capabilities.
  • Managed Capital Projects for improvements to equipment and processes.
  • Managed capital projects from inception to completion.
  • Managed capital projects for custom manufacturing equipment.

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47. Cycle Times

low Demand
Here's how Cycle Times is used in Manufacturing Engineer jobs:
  • Utilized Envision/Ergo software to simulate manufacturing environment to develop BOM, calculate cycle times and develop tooling requirements.
  • Performed analysis to determine actual cycle times that better indicated current capabilities and enhanced planning and scheduling.
  • Reduced production cycle times by implementing Demand Flow Technology and lean manufacturing production system.
  • Designed machine component alterations for existing equipment to improve cycle times and operator safety.
  • Defined manufacturing plans and created necessary supporting documentation to reduce cycle times.
  • Evaluate cycle times and operator ergonomic situations to develop improvement action plans.
  • Specified tooling and machining parameters, reducing cycle times and increasing productivity.
  • Created methods to monitor manufacturing cycle times to improve completion time predictability.
  • Trained to maximize efficiency by sequencing products with variant cycle times intelligently.
  • Developed best manufacturing processes, reduced cycle times with process improvements.
  • Supported manufacturing operations and production reducing cycle times and improving processes.
  • Improved older programs by implementing newer tooling and fixture setups, which reduced cycle times by as much as 50%.
  • Researched, tested, and introduced the use of exotic cutting tools, saving $500,000 annually through reduced cycle times.
  • Improved surface mount production from 600 to 2.2K populated boards per shift through software modifications and balancing cycle times across equipment.
  • Reduced cycle times on wide range of equipment and process platforms by optimizing machine movements, part-flow and automated-vision inspection.
  • Set up and machined part on a CNC lathe, while improving cycle times, chip rate and surface finish.
  • Implemented the first high-speed machining and radial chip thinning processes, resulting in reduced cycle times and increased production rates.
  • Reduced cycle times by improving product flow, and part presentation increasing the cell output by 8 pieces a day.
  • Developed and implemented work cells reducing cycle times, minimizing material handling, reducing inventory levels, and increasing quality.
  • Coordinated factory relocation and facility layout to optimize flow, increase yield, reduce cost, and cycle times.

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48. Quality Standards

low Demand
Here's how Quality Standards is used in Manufacturing Engineer jobs:
  • Fabricated and installed parts used to build aluminum doors according to company design specifications, quality standards, and customer expectations.
  • Supported manufacturing department in the logistics of new products using the product specification and quality standards to implement seven production lines.
  • Trained quality department managers on automotive quality standards, including proper lighting, inspection practices, and operation of color-matching equipment.
  • Developed, revised, and maintained quality standards for processing raw materials and/or components into partially finished and/or finished products.
  • Maintained fully operational equipment, meeting productivity and quality standards, by troubleshooting new and existing equipment and processes.
  • Monitored the manufacturing process, ensured hardware met quality standards, created manufacturing instructions, managed hourly workers.
  • Monitor and improve recommendations for fixtures, tools and methods to meet productivity and specifications quality standards.
  • Develop qualification plans to ensure equipment/tooling design meets all government and internal safety and quality standards.
  • Develop optimal, cost-effective manufacturing processes and methods in accordance with product specifications and quality standards.
  • Monitored operations to ensure compliance with approved methods, quality standards and government safety regulations.
  • Implemented refined quality standards and redefined technician roles using time-study input and lean manufacturing principles.
  • Test and inspect manufactured products to ensure compliance to tolerance specifications and quality standards.
  • Trained production personnel to ensure that processing efficiency and part quality standards were maintained.
  • Develop manufacturing processes and methods to fulfill product, dimensional and quality standards.
  • Conferred with vendors to evaluate new materials according to quality standards and specifications.
  • Partnered with product engineering and manufacturing departments to ensure quality standards throughout facility.
  • Project engineer for the implementation of robotic automated assembly to meet quality standards.
  • Developed, evaluated and improved manufacturing processes according to specification and quality standards.
  • Team with Quality Assurance to ensure packaging materials satisfy stated quality standards.
  • Developed, recommended and implemented process improvements while maintaining industry quality standards.

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49. Process Documentation

low Demand
Here's how Process Documentation is used in Manufacturing Engineer jobs:
  • Worked with the Program Managers and Planning personnel as needed to prioritize the completion of new process documentation and tooling/fixture availability.
  • Lead Manufacturing Engineer on creation of assembly process documentation; along with process and product improvement documentation for newest product line.
  • Write and maintain technical documents describing various aspects of the manufacturing process to maintain consistent operator training and process documentation.
  • Provided process documentation for the manufacturing operation for Keyboards and Key switch assembly processes on-site and at external suppliers.
  • Create and oversee projects using risk management techniques, translating engineering design requirements into formal manufacturing process documentation.
  • Developed detailed assembly process documentation for Intel based computer servers used in both prototype and production manufacturing lines.
  • Develop manufacturing, test and product commissioning process documentation for existing products in the Continuous Monitoring product line.
  • Work directly with customer auditors with focus on military specifications, process documentation, and customer requirements.
  • Created and implemented process documentation, work instructions, system Specifications and installation specifications for manufacturing equipment.
  • Maintained manufacturing process documentation required to successfully complete ISO 9001 and Department of Defense quality audits.
  • Performed safety hazard analysis and maintained mistake proofing and PFMEA documentation as well as process documentation.
  • Developed and maintained process documentation and production/engineering metrics, using that information to improve processes.
  • Generated written and videotape process documentation for all machining centers that significantly reduced training time.
  • Created manufacturing process documentation including Sequence of Events and Operational Method Sheets for lean manufacturing.
  • Utilized DOE approach* Developed process documentation for new product programs and updated existing product documentation.
  • Reviewed and made recommendations to mechanical drawings and process documentation to assure success of product.
  • Coordinated equipment transfers, installations, process documentation, training, and machinery qualifications.
  • Created and updated manufacturing process documentation, using methods to over-come operator language barriers.
  • Implemented in-process inspection criteria and process documentation which boosted manufacturing yield by 300%.
  • Introduced organization to standardized process documentation and manufacturing reviews prior to product release.

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50. GD

low Demand
Here's how GD is used in Manufacturing Engineer jobs:
  • Validated Preventive Maintenance activities effectiveness and GDP compliance.
  • Provide continuous guidance to Manufacturing Engineers on gauging techniques, GD&T interpretation and Gauge R&R qualifications.
  • Review engineering to ensure designs meet FAA and Boeing requirements including design guides, GD&T and ANSI Y14.5M.
  • Experienced with the use of Vernier calipers, thickness and height gauges/indicators for GD&T sampling of incoming parts.
  • Performed GD & T and tolerance analysis for vendor parts preventing future issues part of First Article Inspection Process.
  • Assisted design engineering in the development of designs for DFM, DFA, GD&T and tooling considerations
  • Used GD&T to negotiate proper tolerances and sizes for components at the launch phase of products.
  • Created and taught courses for Geometric Design and Tolerance (GD&T) and Excel pivot tables.
  • Create CAD Drawings (with GD&T) for projects generated from new ideas or reverse engineering.
  • Utilized GD&T to improve engineering drawings and create/modify standard instructions used in tool and part fabrication.
  • Design Skills: Pro/E design and documentation with GD&T ANSI Y14.5M Engineering change documentation Manufacturing process documentation
  • Oversee and direct product manufacturing for GDCA, the world-wide leader in embedded computer legacy obsolescence management.
  • Performed process planning, tool and fixture design, GD&T, part and process documentation.
  • Established and implemented a fabrication test matrix instrumental in producing the first carbon-carbon panels at GD/Fort Worth.
  • Determined processes to manufacture finished parts per customer specifications and customer blueprint (GD&T).
  • Work in compliance with GDP in a controlled quality management (QM) medical environment.
  • Completed GD&T training while successfully launching several parts for the DEW 98 platform.
  • Provide engineering support as GD&T subject matter expert and recommend change notices.
  • Cooperated with engineering team to performance DFMEA (including GD&T review).
  • Design review of GD&T data of new test article designs for errors.

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20 Most Common Skill for a Manufacturing Engineer

Process Improvement15.1%
Test Procedures11.1%
New Product Development10.4%
Assembly Line6.4%
CNC5.7%
Cost Savings5.7%
CAD5.4%
Engineering Support4.3%

Typical Skill-Sets Required For A Manufacturing Engineer

RankSkillPercentage of ResumesPercentage
1
1
Process Improvement
Process Improvement
11.1%
11.1%
2
2
Test Procedures
Test Procedures
8.1%
8.1%
3
3
New Product Development
New Product Development
7.6%
7.6%
4
4
Assembly Line
Assembly Line
4.7%
4.7%
5
5
CNC
CNC
4.2%
4.2%
6
6
Cost Savings
Cost Savings
4.1%
4.1%
7
7
CAD
CAD
3.9%
3.9%
8
8
Engineering Support
Engineering Support
3.1%
3.1%
9
9
Corrective Action
Corrective Action
2.8%
2.8%
10
10
Product Quality
Product Quality
2.7%
2.7%
11
11
Sigma
Sigma
2.7%
2.7%
12
12
Kaizen
Kaizen
2.7%
2.7%
13
13
ISO
ISO
2.4%
2.4%
14
14
BOM
BOM
2.4%
2.4%
15
15
Fmea
Fmea
2.4%
2.4%
16
16
New Equipment
New Equipment
1.7%
1.7%
17
17
Shop Floor
Shop Floor
1.7%
1.7%
18
18
Solidworks
Solidworks
1.7%
1.7%
19
19
Project Management
Project Management
1.6%
1.6%
20
20
R
R
1.5%
1.5%
21
21
Technical Support
Technical Support
1.4%
1.4%
22
22
Process Flow
Process Flow
1.4%
1.4%
23
23
Process Control
Process Control
1.3%
1.3%
24
24
Troubleshoot
Troubleshoot
1.3%
1.3%
25
25
Capital Equipment
Capital Equipment
1.2%
1.2%
26
26
SPC
SPC
1.2%
1.2%
27
27
Catia
Catia
1.1%
1.1%
28
28
Value Stream
Value Stream
1.1%
1.1%
29
29
Engineering Changes
Engineering Changes
1%
1%
30
30
Kanban
Kanban
0.9%
0.9%
31
31
Production Equipment
Production Equipment
0.9%
0.9%
32
32
New Processes
New Processes
0.9%
0.9%
33
33
Production Floor
Production Floor
0.9%
0.9%
34
34
PLC
PLC
0.9%
0.9%
35
35
Production Processes
Production Processes
0.8%
0.8%
36
36
Control Plans
Control Plans
0.8%
0.8%
37
37
Assembly Drawings
Assembly Drawings
0.8%
0.8%
38
38
Design Changes
Design Changes
0.8%
0.8%
39
39
ERP
ERP
0.8%
0.8%
40
40
FDA
FDA
0.8%
0.8%
41
41
Plant Layout
Plant Layout
0.7%
0.7%
42
42
ECO
ECO
0.7%
0.7%
43
43
Ppap
Ppap
0.7%
0.7%
44
44
MRB
MRB
0.7%
0.7%
45
45
MRP
MRP
0.7%
0.7%
46
46
Capital Projects
Capital Projects
0.7%
0.7%
47
47
Cycle Times
Cycle Times
0.7%
0.7%
48
48
Quality Standards
Quality Standards
0.6%
0.6%
49
49
Process Documentation
Process Documentation
0.6%
0.6%
50
50
GD
GD
0.6%
0.6%

37,341 Manufacturing Engineer Jobs

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