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Top 50 Production Engineer Skills

Below we've compiled a list of the most important skills for a Production Engineer. We ranked the top skills based on the percentage of Production Engineer resumes they appeared on. For example, 10.6% of Production Engineer resumes contained Test Procedures as a skill. Let's find out what skills a Production Engineer actually needs in order to be successful in the workplace.

These are the most important skills for a Production Engineer:

1. Test Procedures

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high Demand
Here's how Test Procedures is used in Production Engineer jobs:
  • Developed and documented production methods and test procedures.
  • Documented and generated test procedures for production.
  • Experience in PCB fabrication/assembly, board level testing, modify and enhance existing design, improve production techniques and test procedures.
  • Overhauled and repaired tactical radio systems, repaired radar simulators, and developed alternate test procedures / final performance tests.
  • Composed test procedures to check for accuracy and functionality of the unit along with hardware integration and hardware acceptance.
  • Helped to develop and write test procedures and organize documentation for ISO-9000 review and certification.
  • Established parts lists, schematics, update sheets, test procedures, and qualified parts.
  • Performed set up, installing, upgrading of test equipment and generating test procedures.
  • Composed test procedures to check for accuracy and functionality of the balancing system.
  • Reviewed other test procedures to update, or revise to reduce test time.
  • Prepare samples for study, write test procedures and test reports.
  • Create various Bill of Materials, Assembly and Test procedures.
  • Created, revised, and executed production and test procedures.
  • Prepare production and test procedures, quality assurance.
  • Created test procedures and work instructions.
  • Prepared test plan, Test Procedures.
  • Developed test procedures for the production of thermoelectrically cooled X-ray detector systems.
  • Write operating instructions and equipment test procedures for plant chemical operators.
  • Design and develop test equipment, including schematics, CAD drawings, BOMs and test procedures.
  • Developed test procedures using Cablescan and Regulated and coordinated office and shop functions.

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2. AFE

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high Demand
Here's how AFE is used in Production Engineer jobs:
  • Designed, planned and implemented safety, quality improvement and profit sustaining improvements to plant equipment.
  • Developed safety practices including safety video for new hires and Contractors, Lockout-Tagout procedures.
  • Ensured compliance with established industry safety and design standards and guidelines.
  • Maintained safety by verifying compliance and assuring proper factory testing.
  • Trained new and existing employees how to effectively use the programs to increase efficiency while maintaining a quality safety culture.
  • Updated P&ID, wrote safe plans and operating procedures to reflect the changes involved.
  • Prepared cost estimates, project economics, and AFE documentation for well and facility work.
  • Visit sites during construction to ensure safe practice and quality of scope measurements.
  • Participate in weekly safety meetings to review issues and provide solutions.
  • Participate in the periodical plant safely tours & HAZOP studies.
  • Coordinated compliance with Safety, federal and state EPA standards.
  • Oversee safety procedures and assure processes are being followed.
  • Maintain and enforce safe-operating procedures within the plant.
  • Updated P&ID's, wrote safe procedures to adjust the changes involved.
  • Work with other functional safety engineers to complete foundational and future functional safety analysis.
  • Process Hazard Analysis recertification participant; Management of Change; Process Safety Management.
  • Engineer manufacturing improvements in the way of new fixturing, processes, safety items, and more efficient machining methods.
  • Exhibited a strong Safety Ethic, trough coaching and trained as needed, area Operating personnel.
  • Led 15 on-site crew members while ensuring safe, productive work environment optimizing efficiency.
  • Implemented safety methods and 5 - S. Analyzing rejections.

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3. Process Improvement

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high Demand
Here's how Process Improvement is used in Production Engineer jobs:
  • Involved with implementing process improvement initiatives that reduced product defects and increased capacity in the manufacturing of nylon 6 polymer resin.
  • Monitored production processes and root cause analysis for equipment, solved production problems and provided input to process improvements.
  • Increase reliability and profitability of existing product lines through identification and leading process improvement projects.
  • Develop process improvements to effectively utilize equipment and materials to maximize production capacity.
  • Study and observation on process- time management for process improvement in candy production.
  • Initiated process improvements and error-proofing activities through time studies and process analyses.
  • Developed and implemented process improvements to increase quality and turnover time.
  • Worked on multiple inter-departmental teams to develop process improvements.
  • Implement process improvements through management of change policy.
  • Designed new packaging equipment parts for process improvement.
  • Perform cost analysis for process improvements.
  • Initiated and implemented process improvements.
  • Reduced waste plant operating budget by $1 million over two years through implemented process improvements.
  • Led manufacturing and process improvement plans that increased the company s production volume.
  • Utilized Lean & TQM tools to identify process improvement opportunities.
  • Developed and implemented process improvements and achieved 40% increased production output with minimal capital investment.
  • Process improvements Worked with senior management to coordinate the purchase of a Swedish manufacturer of band saw blade production machinery.
  • Gained a working knowledge in process improvements to reduce cycle time and cost through design of experiments.
  • Initiate projects for process improvement and debottlenecking that resulted in millions of dollars savings.
  • Develop process improvements for robotic equipment, PLCs, and human machine interfaces (HMIs).

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4 Process Improvement Jobs

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4. CAD

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high Demand
Here's how CAD is used in Production Engineer jobs:
  • Designed welding fixtures, assembly fixtures, and measuring fixtures in Solid Works or AutoCAD Inventor.
  • Facilitate automation projects, including SCADA integration and overseeing Hathaway LLC's tank alarm system.
  • Experienced with CAD, DFM, resolving engineering, planning, tooling and assembly problems.
  • Create CAD models and engineering drawings used for the production of custom carpentry solutions.
  • Worked as a team leader of 5 people (Including 4 AutoCAD designer.)
  • Improved production by close monitoring of SCADA software and gathering recommendations from field operators.
  • Traveled to many plants for equipment audits and verify/rework AutoCAD drawings of equipment.
  • Use of AutoCad program in designing of Furniture arrangements on board the USS.
  • Maintained accurate CAD drawings and ensured they were properly updated with new changes.
  • Created structural drawings and revised all CAD designs to customer specifications.
  • Performed all training and networking issues in the use of AutoCAD.
  • Use of Inventor software for new CAD projects.
  • Hand on Experience in AutoCAD, and CATIA V5 for 6 months.
  • Keep CAD layout of plant current.
  • Designed and assisted in building various types of Industrial Heat Treating furnaces using Autodesk Inventor and AutoCAD software packages.
  • Earn a reputation as a junior engineer by exploring 5s philosophy, six sigmas , and AutoCAD design.
  • Design tungsten carbide products, cutting tools and fixture design using CAD (Unigraphics NX 7.5).
  • Design thin and thick gauge plastic vacuum and pressure formed parts in Autodesk CAD environment.
  • Created and modified part drawings in AutoCAD with other drafters and engineers assistance.
  • Designed and performed FEA on components in AutoCAD for Kaizen projects.

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8 CAD Jobs

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5. Assembly Line

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high Demand
Here's how Assembly Line is used in Production Engineer jobs:
  • Process Capability Analysis: Performed statistical process capability analysis on various processes for the commissioning of automated assembly lines.
  • Generated production layouts, manpower calculations and generated documentation for value added assembly lines.
  • Support Production yield monitoring and investigate any problem on assembly lines.
  • Designed and tested noise reducing pallet stops for semi-automated assembly line.
  • Performed quality control on assembly line
  • Automated a work cell to eliminate one technician, returning to quoted headcount on assembly line.
  • Refurbished idle machines and designed new tooling that was used in assembly line for new product.
  • Communicated with shop workers assisting them to solve the issues of fabrication and assembly lines.
  • Achieved this goal in 4 months, surveyed the assembly line and took appropriate actions.
  • Retooled entire Cold Plate Assembly line resulting in 50% improved turnaround time.
  • Tested and confirmed functionality of poke-yokes for torque guns on assembly lines.
  • Evaluate new equipment, repaired or adjusted equipment on Assembly lines.
  • Provide technical support for a commercial steel door assembly line.
  • Supported five assembly lines, three paint lines and quality.
  • Trained and supervised employees on all assembly lines.
  • Full control and responsibility of Electric Assembly Line.
  • Engineer responsible for muffler assembly lines in the exhaust division of Calsonic.
  • Continued improvement and standardization made for all of the assembly lines.
  • Involved in Kaizen activities to improve assembly line processes.
  • Worked on various assembly lines to aid production of refrigeration units for various retailers (i.e.

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6. Raw Materials

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high Demand
Here's how Raw Materials is used in Production Engineer jobs:
  • Evaluated incoming raw materials for quality.
  • Communicated with raw material vendors on Forecast and Quality, assuring raw materials are received on -time and available for production.
  • Assisted the Production Manager in ensuring the availability of necessary raw materials and other parts in stock.
  • Record production data, including volume produced, consumption of raw materials, or quality control measures.
  • Designed an Inventory program of incoming raw materials and outgoing products to be sure of on-time delivery.
  • Evaluated needs and issues, and guided the placement of raw materials that increased accessibility and productivity.
  • Worked on the automation of the inputs which led to the proper accountability of the raw materials.
  • Prepared the furnace, inspection of refractory lining, scraps and other raw materials.
  • Source materials and negotiate cost and delivery for raw materials and parts.
  • Assisted in procurement of effective raw materials to enhance production rate.
  • Saved up to $100,000/yr in time and raw materials.
  • Scheduled delivery of raw materials and production tools.
  • Managed purchasing function of raw materials.
  • Perform analytical testing of finished products and raw materials.
  • Identified non-conformances, defects, discrepancies, and deviations for raw materials, finished goods, and associated processes.
  • Key Responsibilities: Responsibilities include inspections of raw materials, materials in process, and finished products.
  • Possess good knowledge about plastic injection moulding processes and raw materials used in it.
  • Designed airveying systems for all Styrofoam raw materials to eliminate manual labor.
  • Performed chemistry testing and evaluation of chemistries of raw materials.
  • Project of a new system for raw materials addition.

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7. Cost Savings

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high Demand
Here's how Cost Savings is used in Production Engineer jobs:
  • Captured extensive cost savings through capacity planning utilizing PDCA strategy.
  • Provided advance engineering releases and engineering cost savings.
  • Managed rig schedules tracked costs versus budget, and monitored operating expenses with focus on highest profitable volume and cost savings.
  • Implemented alternate MIG wire and shielding gas in a robotic welding cell, which yielded a $150K annual cost savings.
  • Drive continuous improvement initiatives and cost savings through application of Apollo Root Cause, Six Sigma and Lean manufacturing techniques.
  • Provided over $300,000 per year in cost savings to the company as a member of the Cost Improvement Team.
  • Worked with tool suppliers on tool improvements implementing new inserts, hons, and shavers for cost savings.
  • Analyzed & identified cost savings of nearly $20,000/year by outsourcing Teflon Sheets and internally machining gaskets.
  • Worked on multiple low cost country sourcing exercises to yield 10% material cost savings.
  • Explored new processes and equipment to realize cost savings on new and existing product lines.
  • Implement Lean Engineering concepts in the Heating Focus Factory to achieve cost savings.
  • Identified product design improvements resulting in $250k cost savings.
  • Developed lean manufacturing cost savings.
  • Started and maintained a cable assembly product line to support OEM telecom equipment for Make v/s Buy cost savings.
  • Reduced takt time for QA measurements by 92%, realizing $32,000 of annual cost savings.
  • Planned a total lubricant switch to Castrol products that led to 100K in cost savings.
  • Implemented process changes in work order submissions that resulted in waste reduction and cost savings.
  • Led kaizen activities with production groups that totaled $885,500 in yearly cost savings.
  • Implement cost savings for twin turbo applications - over $ 300.000.
  • Estimated cost savings/avoidances over 200K.

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8. ISO

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high Demand
Here's how ISO is used in Production Engineer jobs:
  • Provided liaison between purchase, marketing and manufacturing department.
  • Issued hot work permits, confined space permits, and job ready tags in the absence of operation supervisors.
  • Developed all ISO and CE compliance documentation, as well as machine standards, and technical documentation standards.
  • Designed and implemented through tubing well work, including coordination of equipment load out and well site supervisors.
  • Assisted with management and training of well work supervisors and assisted with rig and other equipment selection.
  • Support for TPM, quality management system, ISO 9001, 8D problem solving and internal audits.
  • Work with QA Manager to establish a Quality Assurance program in accordance with customer and ISO-9001 system.
  • Mentored shift supervisors, technicians, and engineers on rapid problem solving and root cause analysis.
  • Implement ISO 14001:2015 program by writing procedures and ensuring achievement of compliance obligations.
  • Manufacture parts to customer specifications and industry standards, ASTM and ISO 9001.
  • Managed tool room and maintenance activities and supervisors to improve department metrics.
  • Review project proposals and make recommendation of such plans to supervisor.
  • Shift Supervisor for production and planning the shift production targets.
  • Served as an internal auditor for ISO 9001 accreditation.
  • Document handling according to ISO 9001.2008 standards.
  • Conduct ISO 14001 Internal Audits.
  • Performed internal ISO 9000 audits.
  • Ensured compliance and updating of procedure/systems in line with ISO 9001 & ISO 14000 requirements Trained & developed workforce.
  • Help train supervisors and team leads on SAP system during initial rollout.
  • Trained Line Supervisors and assemblers on 5S and Kaizen principles.

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1 ISO Jobs

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9. Production Process

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high Demand
Here's how Production Process is used in Production Engineer jobs:
  • Developed operational specifications and managed production process integrity.
  • Monitored and adjusted production processes or equipment for quality and productivity.
  • Stay current with product specifications, engineering technology and production processes.
  • Helped develop and oversaw implementation of production process for new alloy.
  • Managed production processes and provided feedback for new testing functionality.
  • Follow product specifications, engineering technology and production processes.
  • Applied continuous improvement techniques for production process.
  • Conducted the material contact study in BEE equipment, supported the manufacturing filtration study to improve the production process.
  • Prepare periodic follow up reports of Production Process and also involving Installation and troubleshooting of LT Panels.
  • Assisted in establishing new specifications and procedures for various production processes, as well as safety standards.
  • Developed, maintained and improved tooling and fixtures to improve production process yield and reduce process variation.
  • Optimized production processes for all departments: Graphics, Editing, Audio Post, Marketing and Programming.
  • Composed standard operating procedures for the columns and product loading areas of new refrigerant production process.
  • Proposed and implemented methods and equipment that would detect defects introduced during the production process.
  • Work closely with internal and external supply base to develop and implement robust production processes.
  • Involved in management task force to eliminate problems and speed up the production processes.
  • Coordinate with other departments to assure lean production process.
  • Monitored the production process of different chemicals and lubricating oil Monitored production process and quality control of amino methyl propryzene.
  • Use Minitab statistical software to validate production processes, perform gage studies and analyze process capability
  • Research Engineer Participated in the development of dextran production process.

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10. Technical Support

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high Demand
Here's how Technical Support is used in Production Engineer jobs:
  • Provided technical support to optimize production and quality while maintaining high safety standards.
  • Provide technical support to keep equipment producing quality products within specified process limits.
  • Provide technical support during product transfer of Solid dosage and Semi-Solid pharmaceutical products.
  • Provided technical support for engineering associates to keep them up to date with building code changes & requirements for design.
  • Provided technical support to all aspects of the organization and shipped equipment for customer loaners and sales demos.
  • Provided technical support and direction to production of digital voice recorders for the Western Electric Program.
  • Assisted in installation of new print sites and travel to the site for technical support.
  • Provided sole engineering and technical support to a product line of over 150 design configurations.
  • Provide technical support for plant trials which are used to produce different products.
  • Provided technical support for processing waste streams from the manufacture of nuclear materials.
  • Provided customer service in both remote technical support or on site.
  • Provided technical support to entire shift and managed operating crew.
  • Provide technical support to chemist and operators concerning batches.
  • Provide technical support for the production process as needed.
  • Provide technical support to field as needed.
  • Performed technical support of the day-to-day operations of the Rockstar camera, audio, capture, & trailer production teams.
  • Provided technical support for reactors, distillation column, heat exchangers, waste heat boilers and flares.
  • Provided technical support to the production group for the design and start-up of the 3rd crystallizer.
  • Experienced in Windows and Provide A1 technical support to affiliates nationwide.
  • Executed approximately 50 Niobrara recompletions, while providing technical support in identifying alternate wells for potential Niobrara recompletion.

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10 Technical Support Jobs

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11. Product Quality

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high Demand
Here's how Product Quality is used in Production Engineer jobs:
  • Investigated cost-saving measures reducing turn-around time and increasing product quality by eliminating duplication for four of the company's key products.
  • Devised methods to maintain product quality and facilitate manufacturing including the authoring of many Standard Operating Procedures and conducting employee training.
  • Developed, improved and sustained manufacturing processes in aide to increase production capacity, product quality and reducing cost.
  • Developed and implemented new ways of monitoring and controlling product quality, reducing out-of-specification material by 8%.
  • Develop and implement operating methods and procedures to eliminate operating problems and improve product quality.
  • Analyze existing production processes and identify opportunities to improve product quality and efficiency.
  • Engineered improvements on equipment to increase product quality and ease of manufacture.
  • Modified equipment to improve product quality, equipment reliability and safety.
  • Recommended and executed quality improvements for production and product quality.
  • Coordinated with quality team to establish product quality.
  • Maintained efficient operation of the batching process, raw material inventory and ordering, to ensure consistent product quality.
  • Supervised the L500 membrane production line tracking key process variables, product quality, and process down time.
  • Coordinate design process on small-expense capital projects to increase production, job safety, and improve product quality.
  • Work with chemist and process engineers on a daily basis to help improve product quality and reliability.
  • Communicate with engineers, managers, suppliers and technicians to continuously improve product quality.
  • Managed product quality to guarantee compliance with quality policies, procedures and systems.
  • Process improvement such as shorten lead time and improve product quality.
  • Assured product quality on assembly lines to prevent human errors.
  • Work closely with engineering team to improve product quality.
  • Assisted senior production engineer with product quality check, to resolve production problems and apply cost effective approach.

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1 Product Quality Jobs

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12. CNC

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high Demand
Here's how CNC is used in Production Engineer jobs:
  • Demonstrated advance skill in operating equipment and machine including CNC machines cutting machines, Welding equipment and process (Basics).
  • Supported fast-ship program, implementing quick set-up CNC machines while maintaining 100% shipping reliability.
  • Diagram nesting arrangements to automate CNC systems, FANUC robotic machine and plasma cutter.
  • Worked as a production supervisor for Transmission gear cutting, Grinding and CNC department.
  • Managed aluminum die casting auto parts CNC machining process, tooling ordering and development.
  • Generated sheet metal CNC programs for punch press and laser cutting machine tools.
  • Redesigned testing fixtures, CNC and milling machine chucks and tool holders.
  • Generated the design of Cup Plugs and Tension Springs in CNC.
  • Specified and purchased custom designed CNC drilling machine with user-friendly software.
  • Programmed CNC machines according to the necessary product dimensions.
  • Program, adjust, and troubleshoot CNC machinery.
  • Run settings for CNC machine parts in the flow.
  • Researched manufacturer standards and specifications in order to perform in-house diagnosis and repair of CNC and in-line thermoformer issues.
  • Brief Job Description: - Operator production engineer using CNC machine and water jet for cutting marble and granite.
  • Operated various CNC machines like Beam saw, Edgebanding and Routers to produce the desired product.
  • Worked on Heavy Press CNC Machine, Spring Machine, Tapping Machine, Injection Molding Machine.
  • Gained knowledge of CNC programming, SPMs, and Pneumatic presses.
  • Charge of production on the cnc lathes (GILDEMEISTER, TRAUB, VICTOR) and on the cutting pipe.
  • Worked for the R&D Department on Moriseiki Fanuc control and Maho CNC ISO control Machine's while attending college.
  • Program and set up Daewoo & Hyundai CNC lathes complete with Fanuc 21 IT control panel full G Code learned.

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13. Trouble Shooting

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high Demand
Here's how Trouble Shooting is used in Production Engineer jobs:
  • Machine Maintenance Supervisor for all fabrication equipment including trouble shooting, scheduled maintenance and purchasing of new and used equipment.
  • Performed equipment trouble shooting, root cause analysis, incident investigation and reported results to management.
  • Project development and management, development of operational guidelines and trouble shooting.
  • Perform manufacturing process optimization and trouble shooting.
  • Involved in inspection, defect analysis, trouble shooting & problem solving to keep the line & field rejection to minimum.
  • Installed equipment and wired a 28 ft boat and performed trouble shooting for electrical issues on several boat lines.
  • Trouble shooting and mitigating day to day process and quality issues as they arise.
  • Machine trouble shooting, production quality countermeasure, CNC program generation and modification.
  • Participate in advance trouble shooting and coaches others to learn these skills.
  • Contributed in trouble shooting and assisting plant operators in troubleshooting plant problems.
  • Worked with electronics technicians in trouble shooting problems on units.
  • Trouble shooting various problems that arose throughout data ingestion.
  • Trouble shooting and setting parameters of components.
  • Trouble shooting at the customers end.
  • Perform trouble shooting for electrical issues.
  • Trouble shooting design, supplier & manufacturing issues Created and designed work instructions for ISO 9000 manuals.
  • Maintain production Machinery thru trouble shooting and repairs.

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3 Trouble Shooting Jobs

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14. Corrective Action

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high Demand
Here's how Corrective Action is used in Production Engineer jobs:
  • Coordinated with the safety team an extended safety and environment internal audit and implemented all corrective actions suggested by the auditors.
  • Performed root cause analysis to identify and implement corrective action to resolve problem issues enabling minimum downtime and maximize output.
  • Identify problems associated with sourcing parts and negotiate corrective actions as required.
  • Analyzed customer complaints and implemented corrective actions.
  • Take corrective actions to resolve issues based on analysis and provide alerts/notifications to customer service, support personnel, and management.
  • Performed root cause analysis, documented corrective actions and applied the 8D problem solving process to internal quality issues.
  • Maintained and reported all standard and actual costs to upper management along with recommendations for corrective actions.
  • Initiate and Facilitate data driven Production Cell problem solving sessions, using data for corrective actions.
  • Participate in Incident Reviews, isolating root and contributing causes, and developing corrective actions.
  • Investigated quality control issues, determined root cause problems, and assisted in corrective actions.
  • Experience in taking corrective action at the time of trouble shooting and machine breakdown.
  • Implemented Root cause corrective action to address the issues in the defective part.
  • Used SAP to facilitated in corrective action reporting (root cause corrective analysis)
  • Trouble shooting of all problems and provide corrective action and responses for customers.
  • Identify process upsets in advance and take corrective actions to avoid downtime.
  • Determined root cause and corrective actions for quality and production deficiencies.
  • Evaluate customer returns for root cause and corrective actions.
  • Control raw material and utility consumptions figures and take corrective actions to keep them in range.
  • Strategized the maintenance plan in order to implement for predictive and corrective actions.
  • stack contents, liquid effluent conditions and take corrective actions if required.

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15. Process Control

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average Demand
Here's how Process Control is used in Production Engineer jobs:
  • Monitored important parameters of the plant on a daily basis and identified deviations, fine-tuned process controls and suggested corrective measures.
  • Initiate and execute Process Improvement and Statistical Process Control projects.
  • Trained body accuracy team members on statistical process control.
  • Implemented Statistical Process control to control weights in Canisters
  • Maintained and optimized advanced process control programs.
  • Optimized batch plant operation increasing capacity by 19% through process control improvements & cycle time reduction.
  • Coordinate plant support between different groups such as maintenance, improvement, process controls, etc.
  • Serve as part of technical resource to assist in maintaining process control and troubleshooting events.
  • Implemented Statistical Process Control software for four major processes, and developed their working parameters.
  • Maintained statistical process control for our in house manufacturing of Hex sockets and torque wrenches.
  • Used control charts for statistical process control, to detect the causes of variations.
  • Verified that all process control parameters were being documented and followed at all times.
  • Maintain the standard operating procedures (SOP) and process control sheets.
  • Worked closely with automation engineers to improve process controls and graphics.
  • Trained plant personnel in process control systems and unit operations.
  • Designed a process control loop that saved $160,000/year.
  • Studied process simulation and process control.
  • Manage the process control computer programming.
  • Modernized the process control systems.
  • Decreased plant shutdown and startup duration by 12 hours by improving the process control.

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16. Kaizen

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average Demand
Here's how Kaizen is used in Production Engineer jobs:
  • Worked within the Toyota Production System to minimize inventory and perform continuous improvement through Kaizen activities.
  • Led work cells to become a team; Harmonize/unite/motivate assembly personnel using Kaizen approach.
  • Developed and implemented company Kaizen Program.
  • Perform cycle time studies to insure the process is running properly and propose improvements to reduce cycle time through kaizen activities.
  • Participate and led ten 5S, Kaizen, and TPM (Total Productive Maintenance) events for equipment and processes.
  • Involved in continuous improvement (Kaizen), Lean Manufacturing projects under lead of Plant president.
  • Lead and conduct kaizen improvement activities focused on safety, quality, and cost initiatives.
  • Solve Process and tooling issues at the plant using Kaizen methodology.
  • Used Kaizen techniques to improve work environment for customer satisfaction.
  • Assisted and led various kaizen activities (continuous improvement).
  • Implemented projects based on Just In Time, Kaizen.
  • Assisted in implementation of lean and Kaizen events.
  • Participate in kaizen events to improve plant efficiency.
  • Engage in Kaizen activities within the facility.
  • Developed kaizen and 5's plans.
  • Performed Kaizen activies on several processes and redesigned current tooling.
  • Saved 250k in Kaizen during 2012 Skills Used mechanical and electrical engineering Robotics Plc MS Office
  • Implemented 5S, Mieruka(Visual Aid), and proposed 33 Kaizen projects.
  • Time study, Bottle neck identification, Kaizen and system improvement.
  • Performed continuous improvements, "Kaizen" to increase line productivity and decrease space requirements.

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17. Sigma

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average Demand
Here's how Sigma is used in Production Engineer jobs:
  • Completed training and certification for 6-Sgima; utilized 6-Sigma problem-solving tools that accurately identified and eliminated waste and quality concerns.
  • Developed production processes with continuous up gradation of technology and implementation of Lean and 6-Sigma concepts on various processes.
  • Completed Green Belt-equivalent Six Sigma training and offered cost savings through batch composition optimization and reduction in operational occurrences.
  • Utilized Six Sigma methods to successfully analyze program failure initiatives and developed process improvement strategies for various suppliers.
  • Reduced the facility energy consumption $300K annually through utilizing Lean Manufacturing and Six-Sigma methodologies.
  • Utilized six sigma practices for design evaluation and project review, including DFMEA, Risk Assessments, and data analysis techniques.
  • Analyze current production processes and work flow; and apply lean /six sigma principles to improve efficiency and reduce waste.
  • Led Lean Sigma projects for field and operational improvements leading to over $165MM in savings.
  • Identified and implemented a 6 sigma lined pipe project with hard savings of $3.7 million.
  • Executed small lean six sigma projects related to FMEA and gauge R&R.
  • Reduced raw material scrap rate by 35%, by implementing Lean Six Sigma.
  • Experienced with the Six Sigma methods to improve the production quality and efficiency
  • Participated in project teams and managed small projects including six sigma training.
  • Improved bottom line cost saving with principles of Lean Six Sigma.
  • Received Lean Production and Six Sigma Black Belt certifications.
  • Trained in Sony Six Sigma, Greenbelt status.
  • Organized & implemented 6 sigma cell/work circle productivity improvements for composite metal bonding clean room production.
  • Conducted Lean Six Sigma projects to reduce project lead times and improve assembly build process.
  • Lead engineer for lean six-sigma project aimed at improving current POC inferred well testing method and reducing associated costs.
  • Developed and implemented cost reduction initiatives Performed continuous process and quality improvements Analyzed customer returns Implemented lean manufacturing and six sigma improvements

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18. Artificial Lift

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Here's how Artificial Lift is used in Production Engineer jobs:
  • Participate in expense optimization primarily in the areas of artificial lift, compression, chemical management, and automation.
  • Designed Selection of Artificial Lift Method for Unconventional Shale Gas-Condensate field.
  • Designed and optimized artificial lift systems.
  • Submitted repair economics and path forward for all artificial lift failures in order to re- establish production.
  • Estimated /managed CAPEX and OPEX for Artificial Lift, work-over and surveillance / data collection.
  • Operated artificial lift systems: 90% ESP and 10% Hydraulic Jet Pump.
  • Designed and monitored artificial lift that included sucker rod pumps and hydraulic fluid lift.
  • Improved artificial lift, including gas-lift designs and plunger-lifted wells, maintaining well decline.
  • Used nodal analysis to size tubing and select artificial lift methods.
  • Operated artificial lift systems like Beam Pump and Gas Lift.
  • Optimized artificial lift and restored shut in wells to production.
  • Conducted case by case analysis of various Artificial Lift methods.
  • Evaluate artificial lift needs for new and existing wells.
  • Headed projects for unconventional reservoirs including design and installation of artificial lift, fracture and stimulation.
  • Identified workover opportunities and enhanced artificial lift, arresting decline and beating estimated yearly production.
  • Ensured proper training of field operators and production engineers to operate and troubleshoot artificial lift.
  • Identified candidates and executed Installation of Artificial Lift Lead Partner Discussions for GCU Partner Meeting, with internal legal support.
  • Completed guideline for Start Up and Ramp Down procedures for multiples Artificial Lift Systems and liquid loading issues.
  • Received classroom trainings in hydraulic fracturing, reservoir simulation, coil tubing, artificial lift and completions
  • Authored and presented paper at Chevron's 1990 Artificial Lift Seminar.

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4 Artificial Lift Jobs

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19. Engineering Support

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average Demand
Here's how Engineering Support is used in Production Engineer jobs:
  • Provided engineering support for processes in a high volume manufacturing facility making appliance air conditioning compressors.
  • Provide engineering support for manufacturing by addressing issues and theorizing improvement ideas for maximum machine efficiency.
  • Participated in providing Engineering support to ensure Asset Integrity and Process Safety in operation design.
  • Provide engineering support for production and maintenance activities to ensure maximum productivity.
  • Assisted production Engineering support to assigned area including day-to-day problem.
  • Provided engineering support to the Uranium Conversion Specialty Chemical Plant.
  • Provided engineering support for production with new model transitions.
  • Provide product field installation engineering support.
  • Provided engineering support within production department.
  • Provided manufacturing engineering support during the construction and start-up of a $40M, 115,000 ft2 ATV assembly facility.
  • Provided engineering support for the product assembly and the purchased components for a Laser Beacon product line
  • Provide production engineering support for three CBM projects in 3 states:.
  • Provided engineering support to the production line for a missile launching system.
  • Provide engineering support for the produced water disposal injection well system.
  • Provided engineering support to DDG military steering new build projects.
  • Process engineering support for projects.
  • Well Operations: Provided engineering support to 10+ workover rigs simultaneously and executed variety of well operations.
  • Provide engineering support for the bradenhead integrity program.
  • Provided engineering support for Stamping Pressroom.
  • Provided general plant engineering support.

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5 Engineering Support Jobs

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20. BOM

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average Demand
Here's how BOM is used in Production Engineer jobs:
  • Translated specification requirements of new product into BOM and testing procedures.
  • Review Bill of Materials (BOM), Assembly drawings, & Electrical Diagrams for Production of our TP's.
  • Prepare and/or review Engineering Change Notifications and Supplier Change Requests to identify and resolve obsolescence and BOM/Drawing changes.
  • Produced documentation of Radio Remote Controls which included CAD drawings, BOM and assembly instructions etc.
  • Worked as Engineer on option equipment, Creating BOM's, Schematics, Cable assembly drawings.
  • Involved in creating the Bill of Material (BOM), PCB Layout and Placement Diagram.
  • Perform engineering changes to procedures, BOM, product specifications and any other production document.
  • Verify the schedule new drawings and BOM according to project plan and verify it.
  • Utilized engineering MRP to create BOM to evaluate prototype and production costs.
  • Create and maintain BOM for project which also includes costing estimates.
  • Manipulate BOM structure for database use in machine insertion programs.
  • Used SAP to maintain part numbers/BOM.
  • Create and maintain Operation Standards, FMEA's, Flow Charts and BOM's.
  • Cost Engineering, BOM, Factory Running cost, SAM.
  • Generate documentation of processes and place into Document Control and Quality system including: Specifications, BOMs, ECN and drawings.
  • Generate and issue MODs (Modification Out of Sequence) planning, MBOM, EBOM audit and reconciliation.
  • Created BOMs and data sheets to facilitate purchasing, contracting, outsourcing, manufacturing, and quality assurance.
  • Assisted in maintaining accuracy of the BOM, review and implement Engineering Change Requests.
  • Created BOMs for production orders.
  • Create and maintain products in the MRP system including, BOMs, routings, and part revisions.

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21. R

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average Demand
Here's how R is used in Production Engineer jobs:
  • Task allocation planning based on skill set of operators and optimizing productivity.
  • Support quality documentation of performance qualification and installation qualification for equipment.
  • Implemented process improvements to improve quality and reduce downtime.
  • Monitored daily production to meet customer requirement.
  • Conducted cell rejection analysis using problem solving tools (5 WHY s) to identify corrective and preventive actions.
  • Assist in the validation of new product development to negotiate approvals as per customer product specification.
  • Used LAW to electronically tiff and apply OCR (optical character recognition) to native documents.
  • Supervised production in Tier 1 supplier of brake and fuel tubes for Hyundai Motor India.
  • Experienced in materials and testing EN24, EN52 and SUH1 Engine Valves materials.
  • Planned production and procured raw materials essential for the supply chain.
  • Served as point of contact for daily international shift changes.
  • Developed and improved iPhone customer complaint / return programs.
  • Analyzed Cycle time and process for potential improvement.
  • Documented plant process and procedural changes.
  • Reported to Director of Operations.
  • Developed Excel tools to programmatically track and reduce inventory.
  • Automated manual tasks used to create work orders, order entry, invoice analysis, and work order tracking.
  • Validate product finishing tooling and gauges for turning, facing, chamfer, grooving and grinding work stations.
  • Utilized Nuix to extract ESI (electronically stored information) within native files.
  • Designed Kanban system for the machine shop to ease material flow and eliminate issues with present Kanban.

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22. New Equipment

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average Demand
Here's how New Equipment is used in Production Engineer jobs:
  • Led team in implementing new equipment in Manufacturing Department.
  • Researched information for purchasing new equipment.
  • Coordinate with equipment and tool designers and suppliers to ensure company objectives are met in the acquisition of new equipment.
  • Bring online new equipment and insure proper operation in the manufacturing of product before turning over to MMT team.
  • Assisted in account setup, network trouble-shooting, new equipment installation on customer premise and over telephone.
  • Led design and implementation of new production cycles to optimize the efficiency designs of the new equipment.
  • Implemented all aspects of new equipment and major rebuilds on assembly and fabrication equipment.
  • Developed process procedures with fellow group members for new equipment installed in units.
  • Design process and quote with suppliers new equipment on 5 robotic weld cells.
  • Share technical detail of how the new equipment upgrades work with existing equipment.
  • Evaluate new equipment and procedures to reduce well cost and increase efficiency.
  • Recommend new equipment and resources to achieve lower cost and further growth.
  • Trained production line workers in the operation of the new equipment.
  • Coordinate, perform and troubleshoot existing and new equipment installations.
  • Approve all electrical drawings for new equipment from Japan.
  • Develop WI for improved processes and new equipment.
  • Support installation of new equipment.
  • Optimized efficiency by implementing new equipment that creating a systemized flow of processes.
  • Tracked progress of new equipment, components, gages and trial builds.
  • Managed spare part list for new equipments.

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2 New Equipment Jobs

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23. PLC

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average Demand
Here's how PLC is used in Production Engineer jobs:
  • Designed PLC controlled emergency shutdown system.
  • Planned and implemented a PLC for unloading materials received in bulk tanks while developing procedures for performing functional tests.
  • Designed and reprogrammed by PLC 5.0 (program logic control) for Molding machine Of FBT.
  • Designed and built pneumatic and PLC driven process equipment to eliminate manual processes and increase capacity.
  • Worked on PLC for manufacturing of construction chemicals and provided input for process improvements.
  • Designed architecture, sourced components, programmed and commissioned HMI and PLC.
  • Constructed wiring schematics using AutoCAD 14 and wrote PLC/Touchscreen programs.
  • Perform PLC and software upgrades and modifications for equipment.
  • Gained experience on pneumatic, hydraulic, electrical PLC.
  • Line machines are PLC programmed with HMI control.
  • Write or modify Mitsubishi PLC as needed.
  • Modify PLC ladder logic programming as needed.
  • Corrected faults associated with PLC operations.
  • Updated PLC and HMI software.
  • Created and edited PLCs (Programmable Logic Controllers) for production machines based on operator input.
  • Performed HPLC in analytical method, particle size, %PFAT in emulsion products.
  • Key Results: * Provide PLC programming support for manufacturing process.
  • Created poka-yoke Pro-face PLC program for our ECU line.
  • Worked in special projects to tie external Hartness systems to Allen Bradley PLCs to record data based on fault triggers.
  • Developed software for DirectLOGIC and Allen Bradley PLCs and HMIs.

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3 PLC Jobs

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24. Production Schedules

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average Demand
Here's how Production Schedules is used in Production Engineer jobs:
  • Conferred with management and other staff regarding manufacturing capabilities, production schedules, and other considerations to facilitate production processes.
  • Developed and implemented plans to activate submarine component manufacturing facilities in support of established production schedules.
  • Estimated labor hours and headcount required for production schedules utilizing time study analysis.
  • Developed Production Schedules based on Equipment, Labor and Raw Material availability.
  • Assured achievement of production schedules by providing hands-on technical and maintenance support.
  • Created production schedules for machine operators and performed needed adjustments.
  • Coordinate production schedules and in-coming shipment schedules.
  • Adjusted production schedules and priorities as needed in response to equipment failures, operating problems and last minute customer demands.
  • Provided technical support with the goal of meeting production schedules and deadlines, while maintaining product quality and reliability.
  • Planned, prepared, issued, and controlled production schedules and material requirements on all Boeing commercial programs.
  • Coordinated with raw material suppliers and supply chain managers to create production schedules and manage maintenance outages.
  • Scheduled personnel and managed production schedules based on logistics, customer demand, and inventory levels.
  • Monitor daily, weekly and monthly production schedules for job priority and production deadline.
  • Established and adjusted work procedures to meet production schedules in a 24/7 operation.
  • Planned, directed, coordinated and assigned manpower to meet aggressive production schedules.
  • Assisted in planning production schedules, managing work shifts and Inventory Control.
  • Fixed the daily production schedules, brief operators and released materials.
  • Distribute production schedules or work orders to departments.
  • Manage production and post production schedules and workflows while adhering to strict budget guidelines.
  • Check the elements during production phase Coordinates production schedules Reports to the production manager Check & approve raw material requisitions

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25. Improvement Projects

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average Demand
Here's how Improvement Projects is used in Production Engineer jobs:
  • Interfaced with contractors and suppliers in implementing continuous improvement projects aimed at reducing wastage and improving product quality.
  • Plan and coordinate production engineering processes for multiple projects, including new model development and improvement projects.
  • Served as facility engineer to evaluate, recommend and implement all capital improvement projects.
  • Performed product improvement projects in the research and development laboratory.
  • Performed tool usage analysis and planned continuous improvement projects.
  • Executed Productivity Improvement projects and training programs.
  • Implemented small environmental and improvement projects.
  • Trained on site management on Pareto Analysis and Fish Bone diagramming to become self sufficient with ongoing Continuous Improvement Projects.
  • Involved in yield improvement projects and initiatives which helped maintain good monthly production yields of more than 97%.
  • Managed budget, schedule, design, and coordinated a wide variety of distribution center improvement projects.
  • Worked alongside steel stamping specialists to perform and manage plant safety improvement projects.
  • Plant Improvement projects for Bio-Diesel area (complete retrofit of facility).
  • Design and implement improvement projects ranging from $ 500M to $ 2MM.
  • Implemented various improvement projects that saved over $500K annually.
  • Perform continuous improvement projects for engines and gearbox lines.
  • Lead skilled trades on process improvement projects.
  • Backed up the logistics coordinator Identified and implemented cost improvement projects.
  • Designed and implemented improvement projects ranging from $50M to $1MM Provided process training for Co-ops and new hires.
  • Implement Kaizen model for continuous improvement projects to increase safety, quality, and productivity throughout the plant.
  • Work on kaizan/continuous improvement projects to prevent defects and implement poka -yokes to prevent defect flow out.

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13 Improvement Projects Jobs

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26. Shop Floor

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average Demand
Here's how Shop Floor is used in Production Engineer jobs:
  • Developed communication board system on shop floor which reduces rectification time and resolves issues related to quality assurance and logistics.
  • Developed planning from customer drawings and specifications for shop floor requirements.
  • Worked as Production Engineer trainee on the Shop Floor to supervise the shop floor activities and checks for the Cast Items.
  • Job responsibilities included Metal Layout Preparation as per requirement, work assignment and supervising work on shop floor.
  • Redesigned the layout of the shop floor to improve working efficiency of the operator by using cellular manufacturing.
  • Conducted internal 5-S audits on shop floors as per schedule and reported compliance and non-compliance to Directors.
  • Completed two major projects to improve the safety of the operator working in the shop floor.
  • Used 5S Lean Methodology to remove unnecessary idle time and improve the shop floor layout.
  • Reduced wastage of raw materials by implementing better processes and shop floor layouts.
  • Involved with day-to-day flow of goods and materials crucial for shop floor production.
  • Supervised the Work in Process on shop floor to meet the weekly production.
  • Follow up with Engineering for design changes and shop floor work simplification.
  • Provide shop floor with detailed installation and assembly planning for build purposes.
  • Worked closely with shop floor staff to test equipment before shipment.
  • Handled shop floor work forces smoothly.
  • Implemented 5-S in shop floor.
  • Implemented lean methodology (JIT, Work Cells, Inventory Control, 5S, KAIZEN) on shop floor.
  • Set up of a new plant, shop floor layout for new machines.
  • Maintained shop floor as per 5's' standards.
  • Shop floor support Continuous improvement Quality improvements and corrective actions Coordination of activities with manufacturing engineer and quality assurance

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5 Shop Floor Jobs

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27. Production Planning

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average Demand
Here's how Production Planning is used in Production Engineer jobs:
  • Monitored production planning control and inventory control with continuous improvement in manufacturing system of cooling units.
  • Participated in master production scheduling process and production planning to accommodate demand change and optimize the manpower
  • Created and maintained production planning to meet drawing and specification requirements.
  • Involved in Production Planning for Materials Management and resource allocation.
  • Provide production planning with process capability and capacity.
  • Managed production planning of furniture hardware components.
  • Organized production planning activities, investment planning and tracking for capital investments of nearly $2 Million per year.
  • Coordinate Production planning, job schedule, with Kiln Operators and production supervisors at the plant level.
  • Worked in hand with PPC (Production Planning and Control) department to enhance the productivity.
  • Top Priorities: -Production planning, forecasting and supply chain model for manufacturing gloves.
  • Controlled all production plans provided by Production Planning Control (PPC) team.
  • Job scope: Production planning & operations management of knit garments factory.
  • Worked closely with Production Planning and Control to optimize production output.
  • Assisted in production planning and scheduling to assist the daily production.
  • Coached the production team on Safety and production planning.
  • Optimized productivity, quality, and production planning.
  • Sustained appropriate purchase inventory flow by collaborating with forecasting, production planning and finance departments.
  • Provided daily production planning for Acrylonitrile and HCN production.
  • Engineer -Design Hindustan Brown Boveri Ltd - India Jr. Engineer- Design Job responsibility: Manufacturing production planning and schedule..

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12 Production Planning Jobs

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28. Capital Projects

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average Demand
Here's how Capital Projects is used in Production Engineer jobs:
  • Increased resin production capacity by 10% through improving asset utilization, maximizing yields and implementing several small capital projects.
  • Gained experience in budgeting and managing multiple capital projects geared towards increasing handling capacity of the Yates Field operations.
  • Charged with managing capital projects and budgets and troubleshooting equipment related problems.
  • Executed numerous capital projects to increase productivity and capacity.
  • Justify, install and commission capital projects: breast roll shake, tank replacements, Lab instruments, high speed cameras.
  • Provide lead process engineering support on capital projects in the waste treatment facility and in production departments.
  • Facilitated managements of change PHAS and PSM review process hazard analysis for new processes and capital projects.
  • Completed capital projects (up to $500,000 in monetary value).
  • Manage the engineering design and commissioning phases of large capital projects.
  • Led and participated in capital projects valued up to $5MM.
  • Worked on the various Capital projects within the facility.
  • Managed multiple capital projects valued at $2,000,000.
  • Completed capital projects on time and within budget.
  • Involved in design and installation of capital projects.
  • Worked with maintenance and subcontractors on capital projects.
  • Initiate and complete Plant Capital projects.
  • Provided daily technical support, troubleshooting issues and ran capital projects to implement operating, reliability and cycle time improvements.
  • Prepared cost analyses, estimates, and AFEs, including submitting budgets for operating expense, capital projects, and production.
  • Lead multiple Kaizen teams for upcoming capital projects and plant improvements regarding cost, quality, safety and delivery.
  • Lead and participate HAZOPs for capital projects and PHAs for re-validation.

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6 Capital Projects Jobs

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29. Solidworks

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average Demand
Here's how Solidworks is used in Production Engineer jobs:
  • Design fixtures and tooling in SolidWorks for manufacturing and inspection requirements.
  • Created and Designed Models/Drawings Using SolidWorks applications.
  • Created packaging specifications using SolidWorks.
  • Designed a defect reduction tool using SolidWorks which lead to decreased scrap costs by recovering damaged control units.
  • Modeled and detailed custom skylight systems in SolidWorks Established modeling methods for a department new to parametric 3D CAD
  • Created 3D part designs, drafts, assemblies and blueprints using SolidWorks, ProEngineer, AutoCAD 3D.
  • Use SolidWorks & AutoCAD to produce production drawings and evaluate customer designs for faults before production begins.
  • Created assembly designs, equipment designs, and layout drawings using AutoCAD and SolidWorks technology.
  • Create solid models and assemblies for the CNC machining process using SolidWorks CAD.
  • Created sheet metal parts using surfacing and rendering techniques using SolidWorks.
  • Upgrade company to SolidWorks and prepare other systems for the conversion.
  • Design tooling for ease of manufacturing of products using SolidWorks.
  • Helped to transition from AutoCAD to SolidWorks for designing vessels.
  • Create blueprints for machine operators using SolidWorks.
  • Used AutoCAD 2008, Inventor 2008 and SolidWorks for 3D and 2D designs.
  • Design drawings and 3D assembly of full pump system according to users' requirement using Solidworks.
  • Produced models and drawings using Solidworks.
  • Design Tools: ORCAD, AutoCad, PADS, Solidworks, PSPICE, MathCad
  • Worked in a project based environment to design light fixtures and create fabrication and assembly drawings using Solidworks CAD software.
  • Contract) Utilized SolidWorks design software to meet specified material designs for replacement cutting tool.

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30. Production Equipment

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low Demand
Here's how Production Equipment is used in Production Engineer jobs:
  • Provide emergency/unscheduled repairs of production equipment during production and performs scheduled maintenance repairs of production equipment during machine service.
  • Investigate equipment failure and diagnose faulty operations in order to repair and restored production equipment.
  • Participated in special projects as assigned by management to optimize production processes and production equipment.
  • Investigated discrepancies and deviations related to production equipment.
  • Purchased, installed and commissioned new production equipment.
  • Team leader for the repair, maintenance and upgrade of the production equipment in the manufacturing plant
  • Created a database, which monitored the validation and calibration of all production equipment.
  • Performed Cleaning Validation, IQ, OQ and PQ for the Production Equipment.
  • Research, purchase and coordinate the layout and installation of new production equipment.
  • Specified, purchased, and coordinated installation of repair and production equipment.
  • Performed time studies on production equipment to successfully establish production of pants.
  • Clean production equipment or work areas.
  • Introduced Six Sigma techniques to process optimization Supported international procurement of production equipment for the 2013 Cadillac XTS launch
  • Set up and operated production equipment in accordance with current good manufacturing practices and standard operating procedures.
  • Scheduled timely preventive maintenance of production equipment to ensure maximum efficiency and production uptime.
  • Redesigned Production Equipment tooling to accommodate design changes in subassemblies: Saved over $100,000 in new model year equipment purchases.
  • Installed, configured, & managed various HD production & post-production equipment used within the Rockstar production facility.
  • Evaluated best production equipment for 20% cost savings.
  • Provision of well-maintained production equipment by performing predictive maintenance and quality work.. Issue safety permits to all jobs scheduled and unplanned.
  • Decreased total costs annually by 50% Responsible for maintaining production equipment efficiencies, maintenance programs, and specifying new equipment.

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7 Production Equipment Jobs

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31. Fmea

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low Demand
Here's how Fmea is used in Production Engineer jobs:
  • Developed FMEA analysis of engine block machining and assembly lines which consistently improved product final quality and production throughput.
  • Contribute to various quality control teams, including but not limited to: PFMEA, DFMEA, CAPA and Risk Assessment.
  • Assist in the development of engineering documents such as packaging standards, Control Plans, PFMEA, and work instructions.
  • Developed Standardized work procedures and carried out FMEA's for different processes related to welding, grinding and rolling.
  • Lead advanced quality planning efforts including customer needs analysis, FMEA and development of product quality plans.
  • Create and maintain all engineering documents such as FMEA, Control Plans, and Operation Standards.
  • Combined PFMEA's for single assembly line reducing the complexity of having several on one line.
  • Collaborated with the Quality department to implement Gauge Check Sheets, PFMEA's and Gauge Instructions.
  • Executed Process Failure Mode Effect Analysis (PFMEA) and redesign the agenda when vital.
  • Performed PFMEA process in leak test station and reduced the RPN to 30.
  • Have prepared and used FMEA, PPAP documents and performed MSA studies.
  • Support PFMEA development for new processes to implement at the Plant.
  • Functioned as Member of FMEA Group and Continuous Quality Improvement.
  • Designed and Developed Indexing chuck by using FMEA technique.
  • Created PFMEA & Control Plan documents.
  • Maintain and update SAP System, Work Instruction, PFMEA, Assembly line times, KANBAN cards, etc.
  • Improved 5S in Machine Shop * Preparing SOP (standard operating procedure), Control Plan, PFMEA.
  • Developed standard work guidance's, FMEAs, and control plans pertaining to initiate process changes.
  • Create and maintain quality documentation such as control plans and PFMEAs.
  • Used QFDs, FMEAs, and control plans to generate quality plan that identified key characteristics.

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3 Fmea Jobs

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32. SPC

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low Demand
Here's how SPC is used in Production Engineer jobs:
  • Collaborated with cross-functional teams to successfully introduced and optimize new process to HVM including SPC elements.
  • Participate in the development/ implementation of Baxter Quality Leadership (BQL) process as the SPC and BQL certified corporate trainer.
  • Developed SPC programs and trained operators to use electronic batch data and final product data to improve the process.
  • Lead SPC activities for the site, root cause investigations for out of control points and trends.
  • Utilized Statistical Process Control (SPC) charts to track product defects and implement corrective actions.
  • Monitor and analyze quality and SPC trends to improve overall quality within the manufacturing process.
  • Monitored SPC, PM items, and incoming part quality to ensure effective production.
  • Prepare graphs and charts to document experimental results with SPC system Delivered Results.
  • Conducted SPC at regular interval & continuous monitoring on process.
  • Implemented SPC controls and reporting for high volume manufacturing lines.
  • Maintained product and process parameters using SPC techniques.
  • Implement the SPC and JIT in production areas.
  • Used SPC to identify and correct quality flaws.
  • Monitored the process variations with SPC tools.
  • Utilized SPC charts, pareto charts, and designed experiments which resulted in improved product quality by 20%.
  • Worked on AFEs and carried out SPCC battery inspections in order to make them compliant with RRCC.
  • Implemented SPC, monitored control charts, and maintained the Cpk greater than a 1.5 level.
  • Analyzed defects, performed analysis using SPC, Minitab, root-cause, charts followed by documentation.
  • Productionized indexing chucks by using PPC, SPC, DMAIC techniques.
  • Participate in SPC weekly meetings to offer feedback and improve process measurables.

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33. MRP

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low Demand
Here's how MRP is used in Production Engineer jobs:
  • Configured MRP Procedures and Forecast parameters.
  • Served as project leader for researching, negotiating, and implementing a new MRP system to accommodate production volume increases.
  • Ensured the product quality meets specification and coordinate the issues of materials following the schedule based on the MRP.
  • Finalized production plan by forecasting demand and calculating process capacity utilizing BOM, MRP I & II.
  • Improved productivity and customer and supplier relations by managing material requirement planning (MRP) system.
  • Devised MRP to develop sequence and lead time of each component as per the sales forecast.
  • Championed implementation of bill-of-materials module for new materials requirements planning (MRP) software system.
  • Supported Oracle-based MRP system (Materials Resource Planning) used to streamline the manufacturing facility.
  • Project lead in the implementation of new MRP manufacturing software package SYMIX.
  • Utilize JIT and MRP theory/practice to pull product through production lines.
  • Implemented MRP for packaged goods as a plant scheduler.
  • Planned and checked daily production by using MRP system.
  • Worked freely in the company MRP system.
  • Upload the sales demand to SAP & run MRP.
  • Use of PLEX MRP software.
  • Converted two production facilities from MRP to a JIT/Kanban/Lean Manufacturing inventory replenishment system.
  • Developed and documented standard processes on: - Setup and maintenance of parts in MRP Database for the Engineering Dpt.
  • Created and maintained Bill of Materials and Routings within MRP system for large variety of products.
  • Estimated the requirements of standard catalogue items using material resource planning (MRP) system.
  • Created part routings and Bill of Material in SAP/ERP/MRP.

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34. Toyota

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low Demand
Here's how Toyota is used in Production Engineer jobs:
  • Coordinated all activities associated with equipment relocation and inventory control plan to ensure consistent delivery to four Toyota plants.
  • Implemented Toyota Production System tools and implemented Toyota Business Practice problem solving methods.
  • Applied Toyota Business Practice to inspect manufacturing defects and implement countermeasures.
  • Managed the launch of the 2007 Toyota Sienna fuel/ brake tube cluster, and transmission oil cooler tube assembly.
  • Designed dies to different Toyota model body panels Doors, Hoods, Fenders, Roofs, ETC.
  • Lead the front floor modification for Toyota's largest model platform change in North America at TMMK.
  • Utilized Toyota Production System and visited automotive lighting plants in Japan for new equipment trial runs.
  • Visited other Toyota plants to share project progress and future hand over responsibilities.
  • Meet with other departments within Toyota to share concerns and feedback.
  • Understand Boeing Production System (Replicated after Toyota Production System).
  • Developed a product change saving Toyota $240,000 annually.
  • Implemented new designs and improved processes within Toyota standards.
  • Conducted value stream mapping for Toyota armoring production line.
  • Increased profit through LEAN and Toyota Production System practices.
  • Implemented kaizen ideas while following the Toyota Production System
  • Assisted in the design and development of new products and accessories for the Toyota Epic tournament ski boat division.
  • Conducted periodic detailed time studies to assure all Toyota Production standards are being adhered to.
  • Maintain production and Kaizen new processes to Toyota standard.
  • Involved in several PPAP product launches: Toyota [ ] GMT-600 GMT-900, GMX-270 and GMX-245 programs.
  • Completed floor training in Toyota Production System (TPS) Completed floor training in Toyota Quality Management (TQM) 3

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35. Osha

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low Demand
Here's how Osha is used in Production Engineer jobs:
  • Coordinated accident and ergonomic investigations, ensuring compliance with OSHA (Occupational Health and Safety Administration).
  • Performed safety audits to assure accomplishment of OSHA regulations.
  • Implemented and managed OSHA-required Process Safety Management program.
  • Assisted and maintained ISO9001, ISO14000 regulations and comply with EH&S(OSHA) requirements.
  • Ensured the department complied with all safety rules to meet or exceed company and OSHA industry standards.
  • Audited production facilities for compliance to UFP Corporate, Safety, Ergonomic and OSHA policies.
  • Trained in plant safety guidelines including fall protection, OSHA and ANSI regulations.
  • Managed $1.5M machine guarding project to bring equipment into OSHA compliance.
  • Participate OSHA safety audits to reduce the consequences of potential hazards.
  • Gained familiarity with OSHA & ISO standards.
  • Managed hazardous waste compliant with OSHA guidelines.
  • Led company negotiations with OSHA.
  • Served as OSHA VPP coordinator.
  • Preform preventative maintenance and lubes on assigned equipment using OSHA and company safety guidelines.
  • Managed production crew without an OSHA violation, an OSHA recordable, a lost time injury, or an EPA violation.
  • Improved Grignard reaction yield by10 % and maintained engineering and safety standards for OSHA, PSM.
  • Directed facility's Safety program including Auditing and Training to meet OSHA regulations.
  • Work with OSHA advisor to maintain production area is OSHA compliant.
  • Designed structural steel supports and oil control header to OSHA stds.
  • Identified, evaluated and implemented plant optimization opportunities in oilseed extraction plant Updated OSHA Process Safety Management documentation

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36. Customer Requirements

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Here's how Customer Requirements is used in Production Engineer jobs:
  • Analyzed, investigated, and examined assigned planning and various projects to ensure accuracy and conformance with the customer requirements.
  • Ensured stringent quality measures including preparation of necessary documents to ensure compliance with quality standards & customer requirements.
  • Managed associates as required to facilitate production schedules, efficiently scheduling machinery and personnel to meet customer requirements.
  • Build and confirm work was completed in accordance with specifications/drawings and met production demands and customer requirements.
  • Coordinated manufacturing, installation, and maintenance projects for engineering team to complete per customer requirements.
  • Assisted sales force in programming customer requirements and expectations while providing practical solutions.
  • Coordinate production operations to meet internal schedules and customer requirements.
  • Determine ability to produce components consistent with customer requirements.
  • Collaborate with multiple departments to achieve specified customer requirements.
  • Implemented springs cycle test; collected and analyzed data, improved design and production processes to meet customer requirements.
  • Used expert knowledge of SAP WMS system to solve problem, developed efficiency opportunities and addressed customer requirements.
  • Ensured production flowed in a logical sequence and produced parts that met customer requirements and quality standards.
  • Coordinate production plans of various departments for flow of material/product to meet customer requirements and sales.
  • Validated First Article plans through final delivery of production parts to meet customer requirements and schedule.
  • Used CADD software to produce fabrication drawings to adhere to customer requirements and specifications.
  • Assisted with development of HVAC systems for production vehicles to meet customer requirements.
  • Mentor MRB candidates on product review methods, customer requirements, and quality.
  • Understand customer requirements and fulfill monthly production targets as per the planning.
  • Designed components as per customer requirements using CAD software.
  • Redesign the standard designs as per the new customer requirements.

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37. Production Operations

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low Demand
Here's how Production Operations is used in Production Engineer jobs:
  • Regulate and alter work flow schedules according to established manufacturing sequences and lead times to expedite production operations.
  • Managed activities that included to production operations, parts and component management, contract management and quality assurance.
  • Managed and strengthened the production operations resulting in increased efficiency by 5%
  • Provided technical and operational leadership for daily production operations and process improvements.
  • Provided guidance to Production Operations on well line-up and curtailment priority result.
  • Simulated production operations to ensure the best practices are utilized.
  • Executed production operations in coordination with other departments.
  • Provide engineering support to production operations.
  • Maintain records of production operations.
  • Credited with devising environmental health and safety programs for production operations, many of which are currently in use worldwide.
  • Managed all field personnel & consultants to ensure successful production operations, acting as Company Man on location when needed.
  • Provided engineering support for production operations staff on 200 horizontal Mississippian oil and gas wells and 45 vertical producers.
  • Managed and supervised production operations in a shift with a team of six technicians and two operators.
  • Verify tooling via first article acceptance and document production operations, machine parameters, and lessons learned.
  • Oversee post-production operations from a technical standpoint, serving as post engineer in addition to creative endeavors.
  • Identify, evaluate and implement new production practices and technologies as applicable to our production operations.
  • Provided production operations and completions support for 460 wells with base production of 60,000,000 cubic-feet/day.
  • Support of Production Operations; Hardware and software support and repair.
  • Analyzed production and non-production operations to determine those requiring study and develop new or improved methods and standards.
  • Supervised production operations of pre-installed X-Ray rooms in 5 service bays.

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10 Production Operations Jobs

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38. Production Issues

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low Demand
Here's how Production Issues is used in Production Engineer jobs:
  • Support instrument and transducer manufacturing by developing and building new test systems, creating and managing documentation, troubleshooting daily production issues
  • Supported assembly line and quickly resolved production issues resulting in reduced over-cycle times.
  • Applied extensive Lean Manufacturing knowledge towards troubleshooting production issues and streamlining activities.
  • Sustained production line and promptly resolved production issues facilitating increased production rates.
  • Analyzed and initiated corrective action on mechanical production issues.
  • Scheduled production and calculated allowable feed rates; oversaw waste stream approval process; conducted hazard studies and production issues troubleshooting.
  • Determined root cause and implemented corrective actions for safety, quality and production issues on assigned work centers.
  • Worked with cross-functional teams on continuous improvement, new product introduction, and resolution of production issues.
  • Analyzed and identified solvable production issues for water recovery system in a 15 well pattern.
  • Assist QA and Division Engineering with any quality, design, or start-up production issues.
  • Resolved production issues with assemblers, test techs, engineering staff, and suppliers.
  • Interfaced with Quality and Inspection departments and directed them when production issues arose.
  • Completed to resolution Peregrine Production Issues approximately 15% of team tickets.
  • Led Root Cause Investigations & solved production issues with plant personnel.
  • Resolved corrective action requests regarding production issues from the Audit group.
  • Collected data on processes where production issues needed resolved.
  • Work on day to day production issues.
  • Assisted with solving the daily production issues.
  • Investigated and solved production issues.
  • Conducted first level quality check of finished extruder to identify, diagnose and resolveproduction issues within deadlines.

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12 Production Issues Jobs

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39. Design Changes

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low Demand
Here's how Design Changes is used in Production Engineer jobs:
  • Conceived and initiated numerous welding design changes to product design engineering and followed-up introduction of the changes to production.
  • Implemented a transition to a single source supplier and coordinated packaging design changes that resulted in $560,000 of annual savings.
  • Interfaced with R&D, Production Engineering and Customer Service on design changes needed to correct recurring field failures.
  • Conducted dynamic testing and failure analysis to assess the implications of design changes and detect potential problems in the field.
  • Initiated sorts, defined quality containment plans and implemented next steps for design changes through the PPAP process.
  • Coordinated the efforts of quality, purchasing, and production to introduce design changes to the factory.
  • Initiated design changes to Cold Plate resulting in the single most significant reliability improvement for the product.
  • Verified drawings prior to release to machinists as well as updated drawings based on design changes.
  • Delivered all harnesses ahead of schedule by providing new tooling and fundamental design changes.
  • Recommended design changes in new product development to support manufacturing technologies (DFMA).
  • Assisted with NERC CIP design changes, change management, and oversight.
  • Implemented design changes that reduced field operating expenses by 30%.
  • Evaluate plant design changes using the Engineering Configuration Change process.
  • Repair and design changes of unit piping assets.
  • Initiated product design changes to improve production.
  • Monitor and confirm ship design changes.
  • Supported product quality improvement through process development and design changes internally and with suppliers to ensure Manufacturing Engineering deliverables are met.
  • Perform routine maintenance on production line equipment and develop design changes to improvereliability, increase through-put, and reduce defect rates.
  • Proposed effective design changes to improve final assembly quality Led vendor trials at Japan and North American supplier facilities.
  • Proposed design changes for VMCs by benchmarking the competitor's product and analyzing the market.

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6 Design Changes Jobs

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40. Quality Standards

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low Demand
Here's how Quality Standards is used in Production Engineer jobs:
  • Created continuous improvements while ensuring maintenance of Ford Quality Standards
  • Implement cost reduction initiatives while maintaining high quality standards.
  • Considered customer product purity to safeguard quality standards.
  • Enforced company safety and quality standards.
  • Process improvements to implement Quality standards.
  • Developed, documented, and revised multiple systems and database design, project development, test procedures and quality standards.
  • Achieved one of the lowest new product defect rate by working closely with production associates to maintain quality standards.
  • Implemented standardized methods for sample analysis in order to meet water quality standards.
  • Created quality standards for production, reducing customer call-backs by 30%.
  • Work with quality department to ensure safety and quality standards are met.
  • Manufactured aerospace parts to quality standards as required by the FAA.
  • Review of government contracts to ensure that quality standards are met.
  • Check whether the product pieces compatible for measurements & quality standards.
  • Ensured compliance with approved production methods and quality standards.
  • Assured safety and quality standards of faucets.
  • Estimated costs and set quality standards.
  • Completed both projects in a timely manner fulfilling its scope and meeting all designated quality standards.
  • Implemented and sustained higher quality standards using Lean Principles\Tools including quality at the source.
  • Involved with broadcast operations to meet quality standards.
  • Resize, format, test, deliver and back up the project deliverables following set quality standards.

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41. Production Data

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low Demand
Here's how Production Data is used in Production Engineer jobs:
  • Monitored daily production data and recommended test or remedial work or data gathering programs as necessary.
  • Collected and analyzed production data and then implemented changes to the existing system successfully.
  • Track and analyze production data for use in understanding and reducing variability.
  • Incorporated Field Direct into company as primary production data program.
  • Maintained production database for monitoring and quarterly board meetings.
  • Collected and analyzed production data.
  • Documented the correlation between production data, computer simulations and research data for these processes.
  • Coordinated the entry of production data into a database between 3 different mine sites.
  • Maintained the Daily Production Data Log and created the weekly reports from the information.
  • Prepared, entered, and cross-referenced production data into Excel spreadsheets for future plans.
  • Communicate with Compaq regarding production data and process in round table discussion format.
  • Monitor daily production data and recommend wells for additional testing or remedial work.
  • Reviewed and analyzed production data using MS excel.
  • Restructured production data at SHELL/RJ using OFM.
  • Prepared and presented production data and trend reports to management through meticulous collection, analysis and thorough summary.
  • Spearheaded development, management, and updating of visualizations of production data for analysis in Spotfire.
  • Conducted well tests and analysis of production data review Optimized production data for process improvement.
  • Conducted periodic well testing as per plan.Updated production data and operational parameters records
  • Reviewed production data and made recommendations for workovers.
  • Analyzed well production data and cross-plots to recommend well stimulations and workovers.

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42. Production Activities

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low Demand
Here's how Production Activities is used in Production Engineer jobs:
  • Maintained daily production activities such as Pressure, Temperature monitoring and Wellheads Chemical Injection Pumps Preventive Maintenance.
  • Synchronized individual component production activities and final product quality control.
  • Assisted in planning and execution of daily/weekly production activities.
  • Managed daily production activities to safely produce quality product.
  • Develop operating instructions and equipment specifications for production activities.
  • Evaluate current production activities and make recommendations for improvements.
  • Developed and maintained documentation for entire production activities.
  • Assist in Troubleshooting related to production activities while effectively managing a team of shift in charges, machine workers etc.
  • Managed and planned daily production activities such as manpower planning, resources allocation based on production schedule.
  • Managed a team of 60+ operators and drove daily production activities with effective communication and leadership skills.
  • Attend Quality Meeting, schedule production activities to ensure proper task are assigned.
  • Lead the daily production activities in 4 separate modules within a Semiconductor factory.
  • Second to the Operations Manager in setting standards and daily production activities.
  • Evaluate the production activities and make recommendations for improvements may needed.
  • Assisted in planning and coordination of production activities.
  • Take charge of all production activities.
  • Supervised batch plant staff and production activities for TPO and polycarbonate products in this $9M privately held plastics company.
  • Plan the production activities on daily basis for a smooth production process Make Improvements in production process to maximize production.
  • Coordinated all production activities according to set standards, in compliance with Tantalite Resources, Federal and State regulations.
  • Directed and coordinated all plant production activities to manufacture Padmount Electrical products.

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43. Production Floor

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low Demand
Here's how Production Floor is used in Production Engineer jobs:
  • Executed cost justification and implementation of new equipment and machinery for production floor as a part of a continuous improvement project.
  • Designed warehouse and production floor layout while organizing company move without interrupting operations.
  • Performed incoming inspection and established quality control process in production floor
  • Utilized Pro E. 3D CAD software to model, simulate and analyze air-flow within production floor area for equipment placement optimization.
  • Supported production floor needs such as: test equipment needs, assembly tooling needs, disposition of non-conforming materials.
  • Fixed indented Bill of Materials for braces and boots, validated each component on the production floor and engineering.
  • Cleaned Bill of Materials for braces/boots sub-assemblies composition and maximized the accuracy between the system and production floor.
  • Started on the production floor as entry level engineer and advanced to become the production engineer.
  • Developed Production plans using real-time data from QAD MRP system to help level load production floor.
  • Participated on a production floor to fabricate and assemble machinery parts for blister tablet packing machines.
  • Verified and ensured that drawings and ERN's on the production floor were documented and corrected.
  • Implemented system to control and monitor daily productivity, improving efficiency on the production floor.
  • Implemented 5S and Lean methodologies in the production floor by reducing waste
  • Developed scheduling module in Excel using Visual Basic for Applications that utilizes user-based criteria for scheduling of production floor.
  • Participated in several Kaizen events on the production floor to support continuous improvement.
  • Supervised production floor, which included the test department, QA, Stockroom, wave solder, touch-up, And rework.
  • Created ECR's relating to product improvement and released ECN's to production floor to notify the new changes.
  • Designed and implemented $1.85M production floor expansion using lean methods and practices.
  • Support day-to-day production floor Equipment troubleshooting Tooling design and /or procurement.
  • Implemented, "Muda-Dori", to efficiently utilize production floor space without sacrificing ergonomics or safety.

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5 Production Floor Jobs

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44. QA

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low Demand
Here's how QA is used in Production Engineer jobs:
  • Reviewed customer proposals and documented QA and reliability requirements for customer approval.
  • Performed equipment validation jointly with QA personnel.
  • Coordinated necessary quality testing with QA Management.
  • Lead QA surveys and audits of present and proposed suppliers and subcontractors to ensure adequate QA systems are implemented and maintained.
  • Participated in the production and QA of Global Verification Of Employment tool, freeing up hours for Human Resources.
  • Gained experience with programs such as QAD, PT Search, SolidWorks, Product Master, and Microsoft Office.
  • Managed successfully a team of 31 members providing Technical support, Training, safety, and QA protocols.
  • Implemented QC/QA improvements using statistical analysis and six sigma methodologies to improve first-pass yield by 15%.
  • Serve as a liaison between the Development team, QA team and DBA's and Professional Services.
  • Confer with QA, management, and production to review drawings and answer questions.
  • Provided QA training and alignment for manufacturing partners and 3rd party service providers.
  • Developed and implemented production QA processes for Chen System Servers.
  • Perform final software installation and QA checkout.
  • Result: reduced QA off-grade and non-RFI by 40% and 62% in first two months.
  • worked with QA, product engineering, production and warehouse management on implementing ECN/PCN.
  • Performed inspections and QA testing to maximize workflow and spatial utilization.
  • Worked as a QA Test Technician for new software build rollouts.
  • Provided QA for completions & workovers.
  • Experience on modifications of fluid systems (Borate & Zirconate systems & QA pilot testing procedures.)
  • Streamlined monitoring and Alerting with Splunk/Prometheus/NewRelic/PagerDuty Supporting reliability of 6 microservices in production for Eng/QA and Business teams.

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45. ERP

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low Demand
Here's how ERP is used in Production Engineer jobs:
  • Interpret blueprint and customer specifications to insure aerospace components meet dimensional requirements.
  • Interpret customer prints to determine any tolerance and manufacturing capabilities.
  • Served as a media manager by ingesting, duplicating, and restoring media assets with AVID Interplay Access & ISIS server.
  • Assist in plunger testing and interpret test results, calculate and verify EPA Subpart-W venting volumes for annual EPA report.
  • Create bill of material (BOM), summarize cost report and production breakdown by utilizing ERP system.
  • Hand on experience in analyzing, interpreting and reviewing technical drawings, blueprints, schematics, etc.
  • Log interpretation (GR, CBL/VDL), water shut off, well suspension and abandonment.
  • Perform well tests, interpret results and decide what actions need to be taken.
  • Read and interpret equipment manuals and work orders to perform required maintenance and service.
  • Review, interpret and modify supplied CAD drawings, blueprints and specifications for fabrication.
  • Order processing and fulfillment for Enterprise level clients with multiple business units.
  • Maintained and analyzed our ERP software RAMCO for production and inventory planning.
  • Interpret drawings, overlook bill of materials to assure materials are available.
  • Interpreted schematic blueprints, wiring diagrams, performance specifications and service manuals.
  • Managed Production In-Plant work flows and work centers using FabSuite ERP.
  • Overhaul enterprise backup process, and implemented patch management.
  • Possessed excellent learning skills Excellent communication and interpersonal skills.
  • Interpreted the complex part and subassembly drawings (GD&T) and provided support to the technicians.
  • Interpret customer drawings and draft preform prints Calculate stock as well as furnace shrinkage for preform prints Internal ISO 9001- 2008 Auditor
  • Use of Macpac ERP system - BOMs.

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46. ESP

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low Demand
Here's how ESP is used in Production Engineer jobs:
  • Process and production engineering responsibility for sulfuric acid plants, phosphoric acid plant, and uranium recovery plant.
  • Provided technical contribution to ESP engineering team, developing plans for optimizing system performance and production.
  • Performed daily server maintenance, modifications, Unix server repairs * Responsible for the backup of all servers in the company.
  • Developed new reports for detecting problems with ESP prior to failure, taking proactive approach to ESP operation.
  • Prepared monthly performance meeting covering all activity during a month for the running ESP.
  • Reduced ESP failure rate by participating on a reliability team of engineers and technicians.
  • Resolved daily production problems and was responsible for meeting daily and weekly projections.
  • Tracked operating conditions of ESP, making adjustments for improving production of wells.
  • Revised thread forming parameters and measuring techniques in response to client requirements.
  • Worked as Lab Supervisor being responsible for all plant water treatment.
  • Engineer responsible for print and model modifications for product line.
  • Assisted daily/ weekly field activities and ESP's troubleshooting.
  • Monitored and analyzed more than 50 running ESP.
  • Respond to and resolve customer emergent issues.
  • Experience with rod pumps, PCP, ESP, jet pumps, etc.
  • Provided technical consultation to customers on product and performance issues, reducing failure of ESP system and improving uptime.
  • Saved $0.8M by spearheading a new rescreening and reuse procedure that extended catalyst lifespan by several years.
  • Engineer representative for the Safety Committee and responsible for creating company Job Safety Procedures (JSPs).
  • Optimized Electrical Submersible Pumps (ESP) Operations, and increased uptime and optimized maximum production.
  • Designed and prepared job package for more than 80 ESP for Eni, Lukoil and Petrochina account.

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47. DCS

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low Demand
Here's how DCS is used in Production Engineer jobs:
  • Performed process improvements to reduce the product transfer time by changes on the DCS or changes in the process equipment.
  • Improved process analysis by adding flow meters on tower draws and integrating their outputs in to the DCS.
  • Used P&ID, Bailey DCS Logic, and Ladder Logic drawings for problem solving.
  • Drafted control description and screens for conversion to Distributed Control System (DCS).
  • Verify the CMM points for Gap & Flush analysis in 3DCS tolerance analysis.
  • Utilized Distribute Control System (DCS) and Controls Refine Production Systems.
  • Assisted operations in process monitoring and control (off-hours DCS support).
  • Revised DCS programming to remove wait steps and streamline batch process.
  • Performed configuration, programming and debugging of DCS system including SIS.
  • Program process recipes into Siemens and GSE D-3 DCS systems.
  • Educated and coached operator in proper use of DCS controls.
  • Support Operations with DCS issues whether software or hardware.
  • Provided DCS controls engineering and technical support.
  • Involved with PLC / DCS system.
  • Process Engineering & Optimization: Programmed automated production recaps, productivity reports, and plant PLC/DCS.
  • Maintained and evaluated the gas parameters using Yokogawa's DCS system.
  • Handled Plant operation through DCS-Emersion Delta V and Pneumatic Controller
  • Speced out instruments for DCS upgrade.
  • Commission and startup of portable mining substations, utility PDCs/E-houses, oil-field process skids and related materials.
  • Monitor and control the process parameters of for Ethylene glycol distillation operation by operating DCS Yokogawa Centum CS 3000.

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48. Production Department

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low Demand
Here's how Production Department is used in Production Engineer jobs:
  • Improved quality and productivity of the production department by conducting a manufacturing process audit.
  • Controlled on-time deliveries to customers through coordination with the customer service and production department.
  • Provided engineering and management support to production departments in achieving operational objectives.
  • Coordinate with Production Department to minimize off specification production.
  • Worked closely with the Costing, Purchasing, Sales, Manufacturing Engineering, and production departments.
  • Joined as a trainee in production department and then appointed as a production engineer.
  • Coordinated objectives with R&D and Production departments on product design and development.
  • Issued drawings, Engineering flowcharts, and schedules of pilot production to Production department.
  • Led and coordinated with a team of 200 people in the production department.
  • Controlled production scheduling of two foundries consisting of five production departments.
  • Team leader/member for realization of the investment plans in production departments.
  • Managed production department in Superintendent's leave of absence.
  • Worked in the production department under the GOB area.
  • Promoted to the production department from master control.
  • Channeled between R&D and production department.
  • Maintained ISO records for production department.
  • Improved: First Female Panel Officer in field operations (Production department) of IOCL among 40000 Officers.
  • Job description: Managing and execute production projects in the production department.
  • Awarded best trainee engineer 2015 for production department for excellent track record.
  • Worked in Building section (Production Department) 2.

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49. QC

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low Demand
Here's how QC is used in Production Engineer jobs:
  • Developed and facilitated testing and QC programs per product and customer requirements.
  • Participated in QC/operational cross functional group meetings for quality systems improvements.
  • Performed QA/QC investigations including batch record discrepancies and product quality issues.
  • Headed product improvement teams consisting of manufacturing engineers, technicians, QC staff and other experts on a regular basis.
  • Maintained equipment, conducted process improvements, collected and analyzed production and QC data for finished product and raw materials.
  • Provided laboratory support for A&QC, Process Development, Business Support Lab, and the Pilot plant.
  • Ensured product quality by working with QC and Process Chemists and reported results to management and clients.
  • Coordinate the rehabilitation of existing concrete structures with the various sub-contractors, QC/QA department and independent inspection.
  • Achieved production goals through team effort with operators, QC, Maintenance and logistics department.
  • Performed QA / QC of Mechanical Integrity Group's pressure relief device sizing calculations.
  • Microwave production engineer, process improvement engineer (SQC, JIT) 1984 to 1986
  • Followed up with Body shop and QC on any issues that required improvements.
  • Implemented and coordinated QA matrix and QR QC methodologies within the department.
  • Developed and implemented company TQC, JIT, and SPC programs.
  • Process improvement with help of process engineering & QC.
  • Maintained quality assurance/ quality control (QA/QC).
  • Headed the QC and inspection department.
  • Managed daily inventory for DNA chips and maintained QC analysis for Nano-bio-chips.
  • Implemented Quality Control project with QA/QC engineer in the firm.
  • Created and established QA/QC program for new product line which resulted in standardizing assembly line functions to streamline efficiency..

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50. Engineering Department

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low Demand
Here's how Engineering Department is used in Production Engineer jobs:
  • Provided support to the engineering department for validating equipment, processes and installation of the equipment according to protocol delivered.
  • Developed production engineering department including staffing the department and establishing policies and procedures.
  • Worked with product engineering department and production management in new model introductions.
  • Conduct bi-monthly status meetings with engineering department.
  • Prioritized and tracked engineering department tasks.
  • Recommended and installed software that enabled the engineering department to process, store and analyze production data.
  • Worked in Pre-Planning / Production Engineering department of India s largest engineering company.
  • Act as liaison with the Engineering Department for product software requirements.
  • Schedule, track and manage projects in the Engineering department.
  • Promoted to the Engineering Department as a Senior Project Engineer.
  • Served as liaison between the production and engineering departments.
  • Represented the Engineering Department in New Product project meetings.
  • Develop annual engineering department strategy that guide productivity and effectiveness of engineering department in achieving company goals.
  • Supervised over 25 Production / Manufacturing Engineers Group lead of Production Engineering Department.
  • Coordinated with engineering department in resolving production problems and controlling workflow process to support TF39 Engine program.
  • Perform functions and duties to assist in the planning and execution of activities within the Engineering Department.
  • Process Engineer Production Engineering Department, Production Operations Management, District Morichal, FPO.
  • Prioritized components to be pre-fabricated and approved sketches and pre-fabrication drawings prepared by the Construction Engineering Department.
  • Solve production problems and increase production Prototype design a. Metallurgy, Plastics design consultant for engineering department.
  • Work in the production engineering department focusing on the electrode area at the Tesla/Panasonic Battery Gigafactory.

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Production Engineer Jobs

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20 Most Common Skills For A Production Engineer

Test Procedures

14.9%

AFE

14.5%

Process Improvement

8.7%

CAD

5.8%

Assembly Line

5.6%

Raw Materials

4.6%

Cost Savings

4.3%

ISO

4.1%

Production Process

4.1%

Technical Support

3.8%

Product Quality

3.6%

CNC

3.6%

Trouble Shooting

3.5%

Corrective Action

3.1%

Process Control

3.0%

Kaizen

3.0%

Sigma

3.0%

Artificial Lift

2.7%

Engineering Support

2.1%

BOM

2.1%
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Typical Skill-Sets Required For A Production Engineer

Rank Skill
1 Test Procedures 10.6%
2 AFE 10.3%
3 Process Improvement 6.1%
4 CAD 4.1%
5 Assembly Line 3.9%
6 Raw Materials 3.3%
7 Cost Savings 3.0%
8 ISO 2.9%
9 Production Process 2.9%
10 Technical Support 2.7%
11 Product Quality 2.6%
12 CNC 2.5%
13 Trouble Shooting 2.5%
14 Corrective Action 2.2%
15 Process Control 2.1%
16 Kaizen 2.1%
17 Sigma 2.1%
18 Artificial Lift 1.9%
19 Engineering Support 1.5%
20 BOM 1.5%
21 R 1.5%
22 New Equipment 1.5%
23 PLC 1.4%
24 Production Schedules 1.4%
25 Improvement Projects 1.4%
26 Shop Floor 1.3%
27 Production Planning 1.3%
28 Capital Projects 1.2%
29 Solidworks 1.1%
30 Production Equipment 1.1%
31 Fmea 1.0%
32 SPC 0.9%
33 MRP 0.9%
34 Toyota 0.9%
35 Osha 0.8%
36 Customer Requirements 0.8%
37 Production Operations 0.8%
38 Production Issues 0.8%
39 Design Changes 0.8%
40 Quality Standards 0.8%
41 Production Data 0.8%
42 Production Activities 0.8%
43 Production Floor 0.8%
44 QA 0.7%
45 ERP 0.7%
46 ESP 0.7%
47 DCS 0.7%
48 Production Department 0.7%
49 QC 0.7%
50 Engineering Department 0.7%
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41,125 Production Engineer Jobs

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