Top Product Engineer Skills

Below we've compiled a list of the most important skills for a Product Engineer. We ranked the top skills based on the percentage of Product Engineer resumes they appeared on. For example, 25.9% of Product Engineer resumes contained New Product Development as a skill. Let's find out what skills a Product Engineer actually needs in order to be successful in the workplace.

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

1. New Product Development

high Demand
Here's how New Product Development is used in Product Engineer jobs:
  • Coordinated the engineering activities during new product development including validation, performance characterization, qualification and release to production.
  • Managed Standard Logic new product development that included interface with engineering, manufacturing, scheduling and program management functions.
  • Provided new product development and introduction including layout, design check-off, prototype evaluation and test program generation.
  • Led Cross Functional International New Product Development Team responsible for design and development of new Sterilizer products.
  • Assure understanding of methodology for launch process and standards related to operations and new product development.
  • Manage individual new product development projects and carryover programs using CAE and experimental testing procedures.
  • Coordinated new product development, enhancements and implementation with corporate product development and testing.
  • Coordinated work of Engineering Technicians on new product development and product improvement.
  • Managed product sales and new product development functions for modular manufacturing systems.
  • Worked with marketing to develop product literature and new product development.
  • Sole engineer responsible for new product development and sustaining/improving existing product.
  • Developed purchase specifications in the development of new product development requests.
  • Participate in continuous improvement of the new product development programs.
  • Implemented new product development and product improvements.
  • Coordinated new product development release checkpoints.
  • Led international cross-functional teams through New Product Development Process for more than 10 new products resulting in $25MM in sales.
  • Worked with Design Engineers on new product development and collaborated with Manufacturing Engineers for the production requirements of those products.
  • Developed project plans around margins testing, characterization, and risk mitigation as part of the new product development process.
  • Researched and tested various high performance materials and fabrics to inform new product development for boot and outerwear products.
  • Assisted R&D department in new product development including lab work, field trials, and commercial scale-ups.

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2. CAD

high Demand
Here's how CAD is used in Product Engineer jobs:
  • Applied design methodologies using 3-D software, AutoCAD, generating bill of materials, established engineering specifications and project management.
  • Designed CAD models using UniGraphics for Orthopedic Implants, related surgical instruments and its manufacturing components.
  • Created AutoCAD layout of manufacturing facility and machinery that decreased operations total cycle times.
  • Create customer drawings based on customer specifications and industry standards using AutoCAD.
  • Spearheaded corporate-wide 3D CAD initiative that substantially shortened upfront design cycle time
  • Designed customized products for customer approval by using AutoCad & Inventor.
  • Operated CAD software for mechanical parts and electrical interconnect.
  • Developed product drawings utilizing AutoCAD 2000 and Mechanical Desktop.
  • Leverage CAD resources with corporate engineering for tooling development.
  • Designed and Detailed complex electronic control units using AutoCadE.
  • Provided manufacturing with detailed AutoCAD drawings to specifications.
  • Designed CAD operating standards and network configuration.
  • Created and maintained manufacturing drawings using AutoCAD.
  • Created 3D CAD based models of mechanical parts and assemblies of driver motors, numerous drawings and material bill of materials.
  • Analyze and solve design problems coming from Assembly or warranty issues using a CAD (UG) & RCA as tools.
  • Implement 3D solid modeling and sheet metal design for value add power supply enclosures and custom brackets using Inventor and AutoCAD.
  • Create new and revise existing CAD drawings for tooling and fixtures to mold and manufacture fabric reinforced silicone-based aerospace seals.
  • Developed CAD models and engineering drawings from sketches, drawings, or parts supplied under the guidelines of the contract.
  • Work with Documentation Control to help develop and manage Work Instructions & SOP's For Electrical CAD projects and designs.
  • Tested and improved the design and functionality of NAND by carrying out circuit simulations using analog and digital CAD tools.

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3. Cost Savings

high Demand
Here's how Cost Savings is used in Product Engineer jobs:
  • Led category team in identifying cost savings and productivity opportunities in existing product lines in the product category.
  • Developed manufacturing procedures eliminating hazardous materials resulting in a $500k cost savings.
  • Participate in Continuous Improvement program to identify cost savings and improve operating efficiency.
  • Investigate and implement alternative materials and components for performance enhancement and cost savings.
  • Work with corporate to develop modifications for safety and cost savings opportunities.
  • Achieve cost savings over 4MM in 2011 by leveraging technical/engineering experience
  • Established cost savings to manufactured mechanical systems and sourced components.
  • Led cost reduction projects to maximize organizational cost savings.
  • Maintained departmental monthly reports and cost savings project activities.
  • Provided innovative manufacturing solutions for cost savings.
  • Calculated energy consumption and cost savings.
  • Presented management with a proposal comparing current cost to a plastic fuel line design with a cost savings of 40%.
  • Served as liaison between engineering, management and the customer, contributing to accurate and on-time implementation of cost savings projects.
  • Achieved $1.2M in material cost savings by negotiating with multiple suppliers for pricing of electronic components used in mobile handsets.
  • Reduced the number of sensors for side impact from 6 to 4 resulting in cost savings of $11 per vehicle.
  • Reduced cost and inventory control problems through consolidation of plastic materials resulting in an overall cost savings of $34,000.
  • Coordinated with manufacturing and purchasing to implement cost savings changes on wiper systems DC motors for various General Motors applications.
  • Proposed and implemented cost savings programs that resulted in significant increase of the net operating profit at the plant level.
  • Created a Vendor Hand-off Process that identified and eliminated vendor-related errors, resulting in over $15,000 in cost savings.
  • Cost Savings: Conceived and implemented a design change for a power unit that saved $227,268 per year.

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4. Technical Support

high Demand
Here's how Technical Support is used in Product Engineer jobs:
  • Provided technical support, increased customer satisfaction, and actively participated in the reduction of the manufacturing cycle time.
  • Selected to provide advanced training to new technical support representatives.2003 - 2007 Successfully Completed Multiple IT Support and Migration Projects
  • Provided efficient and accurate technical support while facilitating an environment that consistently delivered value-added and professional service.
  • Reduced significantly the lag time inherent with overseas technical support and solidified self-sufficiency of US office.
  • Provide technical support to customers and Dresser-Rand account managers for Controls and Condition Monitoring product lines.
  • Provided Technical support for software/hardware related issues found during assembly and testing of newly implemented product.
  • Supervised engineering department and provided technical support to the assembly line and quality control area.
  • Provided technical support for GPS navigator users and translated their requirements to solution strategy.
  • Provide technical support for procurement of long-lead materials prior to completion of detailed engineering.
  • Provided technical support to manufacturing and quality assurance for product and process problem solving.
  • Document and correspond with engineering headquarters regarding changes or requests for technical support.
  • Evaluated and improved manufacturing methods and provided technical support while managing multiple projects.
  • Provided technical support to Manufacturing and Production engineering for weapon and aviation systems.
  • Coordinated aerospace products manufactured in China, provided technical support and quality assurance.
  • Provided technical support for desktop and portable computers during the manufacturing process.
  • Provided technical support for manufacturing, focusing on roll towel dispenser production.
  • Orchestrated product testing, documentation, and technical support for internal/external users.
  • Conducted failure resolution and technical support for reliability improvements and field returns.
  • Provide technical support and assist in resolution of manufacturing problems as required.
  • Provided technical support for development of new products throughout the organization.

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5. BOM

high Demand
Here's how BOM is used in Product Engineer jobs:
  • Performed assessments on NSE products BOM, which includes identifying complexity required design, process changes and required verification/validation.
  • Validated attributes and BOM structure and set-up Manufacturing database.
  • Provided customers' schematics, Bills of Materials (BOM's) and assembly drawings to Test Engineers and manufacturing personnel.
  • Create and maintain detailed component and assembly CAD drawings; parts research and specifications for BoM for production using 2D AutoCAD.
  • Prepared engineering documents such as Bill of Materials (BOM), procedures and engineering drawings to modify released product.
  • Developed 3D CAD models, Technical Drawings and BOM's in Pro/E from 2D drawings and completed the ECN's.
  • Created, modified and displayed ECN (Engineer Change Notice) and also BOM (Bill of Material.)
  • Work with the planner to update project status, create BOM in Oracle, and develop risk mitigation plans.
  • Verify Bill of Material, EBOM and MBOM accuracy by researching engineering drawings, parts lists and SAP database.
  • Analyzed customer BOM (Bill of Materials), specifications and mechanical drawings to perform new product introduction.
  • Designed and verified the client's requirements, diagrams and BOM to create the quotation and production schedule.
  • Create stability and control on the manufacturing process for Bombardier products (Plant in Thunder-Bay Toronto Canada).
  • Lead a new product introduction including BOM structures, new manufacturing line setup, process documentation and validation.
  • Managed Bill of Material (BOM) to initiate cost studies and manufacturing feasibility studies for new business.
  • Write and keep up-to-date Manufacturing Process steps and supporting Documentation including BOM's, assembly drawings and procedures.
  • Handle ENI project with the completion of FDS (Functional Design Specification) and TUTA drawing and BOM.
  • Modified CAD data along with Bill of Materials (BOM) as required to meet manufacturing requirements.
  • Created 3D computer models, manufacturing and assembly drawings, and bills of material (BOM).
  • Prepare and direct engineering documentation (BOM's, ECN's, PPAP approval, etc).
  • Plan part creation, Direct Bill of Materials (BOM) Creation and maintenance for my product.

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6. Fmea

high Demand
Here's how Fmea is used in Product Engineer jobs:
  • Drafted manufacturing drawings using AutoCAD and defined critical quality standards by conducting DFMEA.
  • Studied the DFMEA to understand complete design requirement and manufacturing feasibility.
  • Developed and maintained DFMEA and requirements for interior subsystems.
  • Developed FMEA for product performance testing development
  • Lead DFMEA (Design Failure Mode and Effects Analysis) sessions for the new designs by involving the cross functional teams.
  • Used six sigma tools as needed, including FMEA's, Pugh analysis, tolerance analyses, reliability analyses, etc.
  • Analyze test results to determine if additional maintenance is required using DFMEA (Design Failure Mode and Effect Analysis).
  • Reviewed DFMEA & DRBFM reports with AVD team to meet international quality standards and facilitate continuous improvement of the product.
  • Worked with external resources to perform Risk Analysis and FMEA (Failure Modes and Effects Analysis) for medical devices.
  • Take action on DFMEA to reduce or eliminate the effects of the potential root cause of a failure.
  • Assisted in the qualification of new RoHS product per Military Standards, DMEA/FMEA, and PRR review.
  • Created & maintained Design Failure Mode & Effects Analysis (FMEA) documents for Fuel System Components.
  • Learned and implemented engineering tools such as FMEA, AutoCad, Unix and ANSYS to enhance effectiveness.
  • Performed FMEA analysis of the electrical and mechanical aspects at all stages to improve the SmartBelt reliability.
  • Evaluated and improved the design of components and manufacturing processes using Design and Process FMEA procedures.
  • Worked FMEA on new products and yield crash with offshore fab, design and application engineering.
  • Performed FMEA studies ensuring no gaps in the process & that it reflects all possible scenarios.
  • Analyzed customer response and updated the program for 'continuous improvement of program DFMEA and design'.
  • Participated in DFMEA Workshops and supported DFMEA meetings that outlined potential issues with our program launch.
  • Carry out General Motors FMEA (Failure Mode and Effects Analysis) during product development cycles.

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7. R

high Demand
Here's how R is used in Product Engineer jobs:
  • Developed semiconductor components of identification systems.
  • Developed and trained production personnel in electrical and mechanical testing procedures and documentation requirements in accordance with UL and CSA Standards.
  • Developed software and data acquisition parameters for body armor curvature gauge and trained ARMY personnel on setup and operation.
  • Co-led development of a sophisticated and rugged portable steam sterilizer for the military to successfully withstand harsh environments.
  • Managed EMC qualification for several products, including radiated immunity, electromagnetic sensitivity, and electrostatic discharge tests.
  • Archive and track various revisions of customer documentation and manage implementation of customer and internal engineering change orders.
  • Created work from engineering drawings and/or specs of particular engineering discipline for injected molded cockpit module components.
  • Analyzed, revised and approved the manufacturing job packets necessary to manufacture products ordered by customers.
  • Assist in product manufacturing through design engineering oversight, quality assurance and guidance in manufacturing process.
  • Develop new ventilation equipment and improve efficiency, functionality, and performance of existing designs.
  • Collaborated with floor operators to monitor and improve products in order to meet customer specifications.
  • Developed and thought cryogenic thermodynamics course given to customers given during three-day customer product seminar.
  • Worked closely with interoffice departments and manufacturing to assure smooth and successful project completion.
  • Performed product validation by completing the characterization and qualification on multiple new technology nodes.
  • Charged with introducing new products into ARRIS internal manufacturing and external contract manufacturing partners.
  • Provided test vector generation, simulation, and design verification for product engineering.
  • Provided program and project management support for various satellite based communication systems.
  • Selected raw materials, analyzed production processes, and implemented quality standards.
  • Develop design solutions using analysis results to meet safety factor requirements.
  • Execute productivity initiatives in agreement with Total Productivity management strategic goals.

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8. Process Improvement

high Demand
Here's how Process Improvement is used in Product Engineer jobs:
  • Worked in developing Lean Manufacturing techniques for process improvements beginning with material and processes to overhauling floor layout and equipment upgrades.
  • Worked closely with the product line engineers and production supervisors, performing specialized testing procedures to develop compound and process improvements.
  • Implemented and trained others on general process improvements and equipment setup reductions that resulted in department labor and machine burden savings.
  • Led a production process improvement project to eliminate bottleneck operations on a crankshaft machining line and increased efficiency by 70 percent.
  • Collaborate with cross-functional teams to explain complex and detailed reports, identify opportunities for improvement, and develop/implement process improvement strategies.
  • Lead the development and implementation of manufacturing process improvement through writing of work and manufacturing instructions for new product design.
  • Developed design and conducted testing of new packaging products; proposed and implemented solutions for product and process improvements.
  • Spearheaded the product-process improvements and provided technical expertise in process improvisation, material selection, product design and prototyping.
  • Major continuing process improvement projects included, addressing preventive maintenance schedules & targeting upgrades to current methodologies for equipment.
  • Established process improvement group for discussions with corporate research and production line maintenance for methods to cut production liability.
  • Prepare recommendations, costs, benefits, for design improvements, manufacturing process improvement implementation in a team environment.
  • Utilized methods engineering, work measurement and cost analysis to provide continuous process improvement to RMIC business units.
  • Led Product Improvement Teams involving Engineering and Production personnel for issue identification, management, and process improvement.
  • Reported and presented results of experiments and process improvements to management in a manner deliverable to customers.
  • Monitored and presented QC data to customer management staff and implemented process improvement projects based on data.
  • Improved safety in production by changing material handling procedures and implementing Lean Six Sigma process improvements.
  • Developed and implemented productivity reduction of $380k by implementing design changes and process improvements.
  • Worked on composite cathode development, continuous process improvement and cost reduction in manufacturing processes.
  • Developed policies, procedures and standards for process improvement of Engineering and Manufacturing departments.
  • Analyzed field performance and identification of opportunities for process improvement and cost reduction.

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9. Engineering Support

high Demand
Here's how Engineering Support is used in Product Engineer jobs:
  • Major responsibility was providing engineering support to the large frame Air Circuit Breaker and Molded Case Circuit Breaker Manufacturing departments.
  • Provided engineering support for all phases of product development including initial design support for electrical circuit design verification to specification.
  • Coordinate engineering support and technical interfacing between elements of manufacturing, design engineering, drafting, and production control.
  • Provided manufacturing and field service engineering support for specialty seating products within the commercial and military aerospace industry.
  • Provided product engineering support to transfer a Bell Labs designed graphics super computer to a contract manufacturer.
  • Provided business value added engineering support to company and licensee glass manufacturing facilities for product handling functions.
  • Manage and provide product engineering support for all failure analysis work relating to product qualification test failures.
  • Provide plant, product and manufacturing engineering support along with various other non-engineering support as needed.
  • Provided engineering support to manufacturing and worked with suppliers and customers to resolve quality issues.
  • Provided engineering support to production factory and field engineering team to resolve product related issues.
  • Provided engineering support to customer sales account management to obtain and support product acceptance testing.
  • Provided Product Engineering support and initiated Quality initiatives for a Medical Pill Dispensing Device.
  • Provided application engineering support to customers to minimize errors during installation and usage.
  • Provide engineering support to customers, engineering, manufacturing, and quality departments.
  • Provided engineering support to manufacturing and product lines to ensure properly assembled product.
  • Developed engineering support strategy for PCA and product manufacturing for high-end network printers.
  • Provided engineering support for the production line in order to optimize manufacturing output.
  • Provided daily technical engineering support to Sun Manufacturing Operation for UNIX test servers.
  • Provided engineering support with billing department for revenue assurance projects on records verification.
  • Provide comprehensive engineering support for continuous improvement initiatives and new product launches.

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10. Product Quality

high Demand
Here's how Product Quality is used in Product Engineer jobs:
  • Coordinated Quality Improvement activities between JVC's global factories ensuring a resolution and preventative action for Service and Product Quality matters.
  • Improved product quality and dimensional integrity of JSF F135 Military Engine turbine products through team engagement and continuous improvement activities.
  • Developed and administered engineering concept, preliminary and final design review process to reduce warranty costs and improve product quality.
  • Monitor process and test yields for trends and manufacturing improvement opportunities with focus on improving product quality and customer satisfaction.
  • Applied DMAIC methodology and Six Sigma statistical techniques to reduce warranty failures, improve product quality and identify process improvements.
  • Ensured the technical superiority and the product quality/integrity by excellent patterning of the product category assigned by the customer.
  • Worked with various developers with different teams in testing complex projects and ensured overall enhancement of software product quality.
  • Developed and implemented product quality plans, documents by creating product specifications in conjunction with cross functional teams.
  • Performed Product Quality and Product Failure analysis, implementing actions to reduce product warranty costs within the organization.
  • Developed concepts for continuous improvements to the manufacturing process to reduce cost and increase product quality level.
  • Participated in partnership teams focused on improving profit/loss trends through improvement of customer processes and product quality.
  • Developed, disseminated and trained operators, the work instructions for product quality awareness and improvement.
  • Identified, sourced and qualified alternate materials aimed at reducing product cost without compromising product quality.
  • Used statistical process control to monitor production ensuring product quality and identify areas needing engineering attention.
  • Provided technical assistance to foster and maintain customer relations, product quality and corporate image.
  • Help suppliers in developing mature manufacturing processes and troubleshooting product quality problems via 8-D methodology.
  • Develop and present bi-monthly product quality updates and project status reports to cross-functional business leaders.
  • Create and implement Advanced Product Quality Planning procedures and documentation for all manufacturing plants.
  • Review and approve engineering changes and design modifications which impacts manufacturing and product quality.
  • Collaborate with cross-functional business units to correct process opportunities which impact product quality expenses.

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11. Test Cases

high Demand
Here's how Test Cases is used in Product Engineer jobs:
  • Involved in technical requirement analysis and participated in discussions with Developers on producing valid test scenarios and test cases.
  • Prepared Test Cases based on Business Requirements and required documents.
  • Communicate with Software Developers and Application Engineers to resolve product related issues and test customer test cases.
  • Developed and executed test cases and test scripts in Mercury Test management tool - Quality Center.
  • Initiated Testable Requirement testing coverage to formally track requirements to test cases within TFS.
  • Created Automation scripts for regression test cases using Hybrid framework in HP QTP.
  • Document and define Test Cases & scenarios and log defects in Quality Center.
  • Tested 9 Speed transmission Test Cases on HIL and in the vehicle.
  • Develop test cases to fully test the functional areas of the product.
  • Developed and executed formal test plan and test cases.
  • Developed Test Cases and Preparation of Test Data.
  • Design test cases and implement deployment testing.
  • Test cases accessing from App test manager.
  • Prepare the test cases for the UAT, End-to End Testing and conduct Field Testing.
  • Provided TOIs and training CM test Engineers Debug complex system level problems and provide debug test cases and trouble-shooting guidelines.

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12. Failure Analysis

high Demand
Here's how Failure Analysis is used in Product Engineer jobs:
  • Teamed with chip designers and failure analysis engineers to identify and correct critical layout errors, thereby eliminating costly customer returns.
  • Performed failure analysis of design-related and site-specific issues and provided feedback to quality, manufacturing, and design teams.
  • Conducted customer quality investigation by performing electrical failure analysis of field customer returns on TI M16-A ATE.
  • Analog/mixed signal and digital circuit debug through simulation, FIB, elemental analysis and physical failure analysis.
  • Conducted failure analysis on competitor's rotary seals and associated hardware used in Tesla Motors production automobiles.
  • Entered failure analysis DMF data from reliability memory module testing is entered into the Catalyst database.
  • Liaised directly with high-profile global customers to address sustainability issues and failure analysis on returned samples.
  • Facilitate cross-team communication and knowledge-sharing between design engineers, product engineers and failure analysis engineers.
  • Strengthened customer quality levels, delivering electrical failure analysis of customer returns and military-packaged DRAM.
  • Worked closely with the Materials Engineering department to analyze different materials and perform failure analysis.
  • Performed testing, calibration and failure analysis of high-temperature vibration sensors returned by customers.
  • Collaborated with Cisco Manufacture Engineer to performed root-cause failure analysis and provide corrective solutions.
  • Utilize state-of-the-art in house engineering equipment to support product characterization and electrical failure analysis.
  • Performed root cause failure analysis and corrective and preventative actions for manufacturing product lines.
  • Performed extensive failure analysis and customer claim handling, and negotiated cross-departmental solutions.
  • Created, documented and implemented the procedure for failure analysis to ensure productivity.
  • Conduct failure analysis on defective components found in manufacturing and product assembly lines.
  • Perform failure analysis on customer returns, resolving technical customer requests.
  • Perform root cause failure analysis including escalation issues impacting key customers.
  • Performed failure analysis and directed the evaluation and implementation of solutions.

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13. Corrective Action

high Demand
Here's how Corrective Action is used in Product Engineer jobs:
  • Support investigation and resolution of hardware and process anomalies and issues identified by preventative action/corrective action boards or safety initiative activities.
  • Determine root cause and make corrective action recommendations based on component validation and customer vehicle validation, and warranty return results.
  • Performed FMA analysis on manufacturing and customer returned failures to determine permanent corrective actions that would achieve required quality customer objectives.
  • Reviewed manufacturing changes such as cost improvements and corrective action to assess impact on and ensure integrity of design to specifications.
  • Managed specialist teams that investigated customer complaints, established root cause for system problems and designed and implemented corrective actions.
  • Coordinated process improvement projects with oversight which included the daily improvement projects of Corrective Actions and Non-Conformance product assessments.
  • Reviewed industry and customer specifications, and investigated customer claims to determine root cause and implement permanent corrective actions.
  • Performed root cause analysis of products in production, evaluated corrective actions and implemented them through engineering change procedures.
  • Investigated material or device failures during production as well as customer returns to determine and implement corrective actions.
  • Developed design specifications, identified complaint root causes and implemented corrective actions across the manufacturing and supply base.
  • Worked with field service organization in different product issues and developed procedures and involved in implementing corrective actions.
  • Performed analysis, measurements, root cause investigations, troubleshooting and implemented relevant interim and permanent corrective actions.
  • Performed failure analysis on non-conforming product to find root cause of failure and implemented any necessary corrective actions.
  • Conducted Failure Analysis Investigations, and supported Quality Department is resolving customer complaints and developing corrective actions.
  • Perform required validation on all root cause analysis efforts and perform follow-through on assigned/accepted corrective actions.
  • Determined corrective action to be taken and advised support functions of assistance required and ensured implementation.
  • Performed failure analysis and determined corrective action at component level resulting in eliminating recurring problems.
  • Participated in material review meetings, directed failure analysis efforts, and implemented corrective actions.
  • Communicated with oversees suppliers by issuing corrective actions to improve or correct manufacturing processes.
  • Worked with customers to evaluate field failures and established corrective actions to eliminate failure mechanisms

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14. Customer Service

high Demand
Here's how Customer Service is used in Product Engineer jobs:
  • Provide engineering assistance to customer service department including material specifications, corrosion allowance studies, valve requirements, etc.
  • Worked with Customer Service Representatives to visit customers and work with customers to identify issues and recommend process improvements.
  • Develop and implement improvements to existing product designs and specifications and provide technical guidance to Marketing and Customer Service.
  • Worked closely with materials, operations, and customer service to ensure maximum profitability and customer satisfaction.
  • Managed quality improvement related to customer service areas of business on all cooking and dishwasher products.
  • Full connector product line responsibility including manufacturing, customer service, and product improvement/development engineering.
  • Provide engineering feedback to the customer service department when introduced with customer complaints.
  • Fielded technical customer service requests and feedback for repair and sales/marketing beta testing.
  • Helped customer service with questions about engineering and dimensional information of our product.
  • Recognized by customers by providing great customer service and exceeding customers expectations.
  • Traveled to customers' locations for personal machine applications and customer service.
  • Gather customer requests and specifications for new customer service projects and equipment.
  • Provided product support for existing products to manufacturing and customer service.
  • Reorganized manufacturing, distribution, customer service and quality operations.
  • Provided technical support to customers, manufacturing and customer service.
  • Collaborated with Customer Service Department to support customer requests.
  • Provided customer service to various company assets and consumers.
  • Write specifications for marketing materials and customer service.
  • Handled objections and achieve excellent customer service.
  • Served as an escalation point for product deficiencies coming from customer service, technical support, sales, QC and manufacturing.

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15. Test Procedures

average Demand
Here's how Test Procedures is used in Product Engineer jobs:
  • Collaborated with the Mexican production facility to develop assembly processes and test procedures to ensure a fully-functional product and minimize defects.
  • Develop test procedures for equipment to evaluate performance of developmental parts, assemblies, special electrical/mechanical controls and electronic controllers.
  • Developed, documented and executed test procedures to ensure Vulcan operated properly once integrated.
  • Defined and implemented bench test procedures and test control modules for automated product characterizing.
  • Established systematic test procedures for quality assurance of finished products throughout Dyson network.
  • Prepared project documents like project specifications, design basis documents and test procedures.
  • Created 20 individual test procedures based on Big 3 automobiles validation requirements.
  • Develop new test procedures and modify existing design requirements as required.
  • Developed lab test procedures to accurately evaluate axle cold start performance
  • Prepared qualification reports, test procedures, and specifications.
  • Developed ignition system test procedures and participated in/reported results.
  • Author technical documents including test procedures.
  • Prepared manufacturing test procedures and processes.
  • Developed and managed product test procedures.
  • Create, validate, and report on test procedures of multiple vane fluid pumps in order to reproduce various operating conditions.
  • Instruct drafter/designer to prepare bill of materials, engineering drawings and establish run test procedures for these products on assembly line.
  • Supported new product roll-outs, including writing test procedures, designing test fixtures, correcting B.O.M.s, and developing manufacturing strategies.
  • Designed, Developed and implemented robust designs with proper verification and validation (DVR's, test procedures, etc.)
  • Prepared professional documents including: material test reports, product descriptions for marketing, purchase requisitions, and test procedures.
  • Develop test plan and create test procedures for mechanical test (rolling test, tipping test, etc.)

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16. Solidworks

average Demand
Here's how Solidworks is used in Product Engineer jobs:
  • Utilized SolidWorks to create models of custom computer rack cabinets from customer specifications for estimating contract work.
  • Designed mechanical components using SolidWorks and assumed responsibility for proper manufacturing of prototype components.
  • Modified engineering drawings to meet customer specifications during the quoting process using SolidWorks.
  • Designed Tooling for manufacture and assembly of RV accessories using SolidWorks software
  • Automated the drafting process using SolidWorks to increase productivity.
  • Designed and maintained product designs using SolidWorks.
  • Utilized SolidWorks and MasterCam software.
  • Designed and produced detailed drawings for lockers, shelving, and storage systems using AutoCAD and SolidWorks to customer specifications.
  • Issue SOLIDWORKS drawings for custom pump packages to the assembly team and provide support during the build process.
  • Create usable drawings/solid models via SolidWorks from customer drawings, sketches, and samples to develop tooling layouts.
  • Developed concept layout and design of a tractor differential from product specification using SOLIDWORKS 2014 and CATIA.
  • Used SolidWorks 2015 and Pro/E Wildfire 5.0 to create and modify 2D detail drawings of complex assemblies.
  • Utilized different versions of SolidWorks to design, analyze, and formulate detailed products for manufacturing.
  • Introduced and implemented 3D solid modeling to the in-house design function (SolidWORKS '95).
  • Used SolidWorks to design 3D models, as well as reviewing and modifying peer drawings.
  • Created advanced surface models of marine control products using SolidWorks 2015 and Pro/E Wildfire 5.0.
  • Create SolidWorks models and drawings in a SmarTeam environment in support of testing and changes.
  • Created concept drawings in SolidWorks showing configuration options for a new laminated PV module.
  • Design tools included the use of ProEngineer Wildfire and SolidWorks 3D solid modeling.
  • Utilized SolidWorks to create the design from initial stages to final product.

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17. Sigma

average Demand
Here's how Sigma is used in Product Engineer jobs:
  • Provided design modification on existing tooling to incorporate Six Sigma and ergonomics concepts, which improved productivity and reduced job-related injuries.
  • Set up engineering business case methodology to evaluate and track opportunities, exposure to Six Sigma methodologies and LEAN Manufacturing.
  • Implemented quality improvement initiatives to reduce overall product defects by 30% using Six-Sigma methodology.
  • Achieved Honeywell Six Sigma certification by improving an internal engineering process.
  • Designed new domestic illumination system for refrigerators using SIX-SIGMA methodology.
  • Trained/Mentored over 22 Black/Green Belts Corporate-Wide in Lean/Six-Sigma methodologies.
  • Resolved manufacturing problems using Six Sigma methods.
  • Conducted developmental testing including thermal cycling, leak testing, drop testing, and human-subject fit testing using six sigma principles.
  • Coordinated action plans for the reduction of manufacturing losses and delays at the final assembly site by applying six sigma tools.
  • Employed 6 Sigma methodology to minimize additional redesign costs while improving product reliability and increase the life of the trucks.
  • Utilized Six Sigma tools to develop a global process to reduce lead time for UL material compliance by 85%.
  • Conducted Six Sigma Bulk Bag Off-Quality Reduction Project resulting in a 50% reduction for $150,000 per year savings.
  • Completed Six Sigma Green Belt training and completed Vibration Damper Cost Reduction project with $300k in savings.
  • Completed significant projects under Six Sigma Green Belt program and Cost reduction projects under Continuous Improvement Program.
  • Initiated and achieved a 6% ($720K) material cost reduction through a Six-Sigma project.
  • Doubled average unit sample throughput from 60 to 120 by increasing process efficiency using Six Sigma methodologies.
  • Yield and throughput management to minimize unit cost and maximize product margins using Six- Sigma statistical methods.
  • Implemented new repairs and processes using LEAN manufacturing and Six Sigma/Achieving Competitive Excellence (ACE).
  • Support any Current Product or VPI testing needs as well as supporting current six sigma projects.
  • Worked on 6-Sigma Team to resolve manufacturing problems saving over $30,000/year on first project.

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18. Design Changes

average Demand
Here's how Design Changes is used in Product Engineer jobs:
  • Developed and implemented design changes in seat adjustment mechanisms to greatly improve occupant safety in automotive crash testing.
  • Traveled throughout the world training and investigating operator interaction and recommended design changes to further improve machine design.
  • Initiated design changes for components for prototype testing and validation, followed by integration into production.
  • Resolved manufacturing process deficiencies and vendor issues relating to quality, delivery and design changes.
  • Coordinate with team to approve design changes based on customer or manufacturing specifications.
  • Designed testing methods and analyzed data to verify validity of design changes.
  • Developed and implemented product design changes for manufacturing and cost reduction.
  • Approved engineering design changes and implemented various manufacturing techniques.
  • Initiated and coordinated implementation of engineering design changes.
  • Initiated alternator product design changes and improvements.
  • Facilitate design changes with manufacturing suppliers.
  • Execute robust initial designs/design changes to provide the highest quality components in the fabrication and assembly of prototype and production assemblies.
  • Completed orders from start to finish, from custom configurations per customer request to simple design changes of standard catalog product.
  • Interacted directly with the ECAD team and the factory to implement any necessary design changes by way of TDA or ECO.
  • Reduced overall mechanical failure by 25% by analyzing failure modes in various products, and deducing necessary design changes.
  • Collaborated with management, manufacturing operations, processing, and current Design Engineers here and overseas to make design changes.
  • Collaborate with designers, suppliers, and customers to determine feasibility of ideas, and communicate and implement design changes.
  • Manage design tasks performed by both local and global team members to execute design changes across various product lines.
  • Maintained quality by inspecting returned product for defects and determined if design changes are needed to maintain existing customers.
  • Interfaced with manufacturing, process, and packaging engineering for both new product development and product design changes.

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19. ISO

average Demand
Here's how ISO is used in Product Engineer jobs:
  • Performed electrical characterization, analyzed various failure mechanisms and performed electrical failure analysis to isolate sources of circuit-related failures.
  • Assist line engineers, supervisors, and quality control personnel by providing necessary engineering solutions for identified problems.
  • Served as the liaison between manufacturing operations and product engineering in resolution of production or design issues.
  • Perform additional research and development study protocols and other duties as required by the reliability laboratory supervisor.
  • Spearheaded Design-to-Test strategy and supported development of fault diagnostic procedures using CAD tools for functional fault isolation.
  • Performed detailed parametric comparison of wafer probe and final test data to successfully transfer these products.
  • Documented and instituted quality and process control procedures to customers manufacturing specifications and ISO regulatory requirements.
  • Time includes one year manufacturing supervisor training program - managed production activities in a foundry environment.
  • Traveled nationally serving as team leader and technical liaison during installation of equipment at printing facilities.
  • Developed and patented an electrically isolated milk pump for use on robotic and conventional milking systems.
  • Managed plant Supervisor and Engineering Technician and trained Cost Administrator on proper processes and procedures.
  • Provided procedural, operational & organizational processes as ISO9000 and Q1 Quality Assurance auditor.
  • Studied system architecture, conducted market comparison study, and performed cost benefit analysis.
  • Isolate and characterize physical failure locations for physical failure analysis by yield enhancement group.
  • Supported sales and customer service as engineering liaison through customer visits and other communication.
  • Cooperated with quality assurance to ensure quality manufacturing process and meeting ISO standards.
  • Perform liaison function between Engineering and all manufacturing operations in Mexico.
  • Perform quality control inspection of components and generate ISO compliant documentation.
  • Supervised Cabinet Designer, Cabinet Cell Supervisor, Cabinet Cell Welder.
  • Provided repeating logic pattern analysis to isolate systematic design/mask problems.

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20. Project Management

average Demand
Here's how Project Management is used in Product Engineer jobs:
  • Project management of production related improvement projects inclusive of scrap reduction, quality improvement and process/ tool cost reduction.
  • Project management responsibilities included development of new products from design to manufacturing release while sustaining current memory product lines.
  • Executed new product and display packaging development, strategic packaging sourcing & project management for retail/customer specific programs.
  • Apply project management skills to interpret data and specifications for customers with new engineering releases and change management.
  • Project management of cross functional teams consisting of manufacturing engineering, production, and quality engineering personnel.
  • Project Management including writing proposals, specific documents, and quoting projects for specific customers.
  • Represented my division for providing inputs on the recently launched Project Management System.
  • Defined and monitored products in Agile Product Nomenclature and Project Management tools.
  • Demonstrated creative and critical thinking capabilities with excellent project management and communication skills
  • Project management and movement re arrangements area and installation of new equipment.
  • Utilized Project Management Skills to utilize and facilitate construction of test equipment.
  • Have good project management experience overseeing several cost saving applications.
  • Project management to meet urgent delivery and tight engineering budget.
  • Leveraged project management methodology to speed product development and introduction.
  • Revamped project management using Scrum methodology.
  • Job responsibilities include project management, 3D modeling, manufacture drawings, production support, bill of material, manufacture quality.
  • Project management of tooling suppliers in new product development that was in budget, fit production parameters and on time.
  • Re-established the use of Microsoft Team Foundation Server then led transition of highly effective project management structure to GitHub.
  • Project Management: Led the installation of a high-volume circuit board assembly line, a $10,000,000 project.
  • Demonstrated project management best practices and use of quality management tools and handle special projects as required.

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21. Customer Requirements

average Demand
Here's how Customer Requirements is used in Product Engineer jobs:
  • Review customer drawings/specifications and create/update engineering documentation of customer requirements.
  • Utilized technical writing skills to produce manufacturing level documentation, coordinated product testing, and assessed customer requirements to determine compliance.
  • Determined proper specifications and application of standard or custom silencing and emission technologies that translated into manufactured products meeting customer requirements.
  • Negotiated and synthesized demanding customer requirements of semiconductor processing equipment with narrow factory design requirements resulting in customer and factory satisfaction.
  • Support quality and manufacturing engineers to ensure that products meet customer requirements, and can perform in high reliability applications.
  • Worked closely with physical design engineers and equipment vendors to develop new concepts in support of special customer requirements.
  • Conducted and monitored environmental testing of transfer-case assemblies for analysis of systems that met or exceeded customer requirements.
  • Conducted materials testing to identify suitable adhesives and labels to meet customer requirements for part marking and Point-of-Sale.
  • Improved efficiency for production of new and released products to fulfill customer requirements by solving component-related problems.
  • Developed a standardized methodology for collecting customer requirements and compiling them into internal specifications and procedures.
  • Communicated customer requirements and specifications to design engineers and ensured that the product exceeded customer expectations.
  • Conducted in-depth engineering analysis of customer requirements and Delphi capabilities during pursuit of Toyota radiator business.
  • Assessed and analyzed customer requirements, performed engineering calculations and designed products to meet these requirements.
  • Supported existing product lines and complete design modifications of current products to meet customer requirements.
  • Developed process planning, incorporating customer requirements and coordinating reviews with quality and production personnel.
  • Determine design goals, timing and other objectives to meet customer requirements and manufacturing abilities.
  • Coordinated communications between customer and internal departments ensuring customer requirements met schedule and target costs.
  • Interpreted customer requirements into technical specifications used to deliver products prior to being marketed.
  • Provided expertise for application and modifications of Turbine Meters to meet customer requirements.
  • Work with procurement to source certified suppliers that provide components meeting customer requirements.

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22. OEM

average Demand
Here's how OEM is used in Product Engineer jobs:
  • Developed new automotive suspension products for OEM companies in accordance to customer project specifications and timing.
  • Created Cabin-Air filters tailored to the requirements of an industry leader in agricultural equipment which met the OEM and ASRAE specifications.
  • Interfaced with Tier one supplier of seats as well as the OEM customer to determine seat sensing and overall product requirements.
  • Assisted in project coordination of OEM automotive parts to European auto manufactures, interfacing directly with the customer and tooling suppliers.
  • Created Seat Headrest catalog to provide optimal selection process for different OEM designs for interior packaging JCI (Co-op).
  • Collaborated and supported cross functional teams (OEM Integration, Manufacturing, Service and Product Validation) in new projects.
  • Led plasma and metallurgy lab personnel to create standardized quality requirements for plasma spray techniques in accordance with OEM requirements.
  • Worked with the OEM, and other internal cross functional teams, to ensure proper communication and timely launches.
  • Re-designed seals and cam to eliminate multiple failures from laundry washer transmissions (OEM: Whirlpool and GE).
  • Worked with various OEM's to release windshield farm sensor brackets and follow changes with assembly plants assigned.
  • Maintained direct OEM customer relationships to directly transmit their ideas in collaboration with my ideas to spark development.
  • Worked closely with the ODM, OEM, and CM to support the Supply Chain Management outsourcing model.
  • Support & analyze static & dynamic crash testing in-house & at outside contract, OEM & NHTSA facilities.
  • Involved in implementation of Kitting of Heavy duty Thermostats for the OEM Customers and also for Aftermarket.
  • Headed the design and development of low cost voltage regulator specifically targeted to Vending Machine OEM's.
  • Design, build, analyze, test prototypes and develop test equipment for OEM customers and production.
  • Perform cost analysis on OEM product change requests to determine cost impacts on prototype and production parts.
  • Created training materials and service technical documentation for the M4000 Printer and trained the OEM service technicians.
  • Run tool trials at tool shops; verify parts are up to specification according to OEM standards.
  • Work directly with OEM account managers and Inside Sales Managers to provide support for OEM customers.

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23. FEA

average Demand
Here's how FEA is used in Product Engineer jobs:
  • Review and redesign current product offerings utilizing SolidWorks; identifying product flaws or anomalies to improve upon overall design features.
  • Created product data sheets and specification guides that detailed product features assisting customer in incorporating that product into their design.
  • Conducted cost efficiency studies by researching alternative designs, reverse engineering of product features, and investigating individual component costs.
  • Focused on continuous Dyna-Drill products development for the globe by optimizing products/features through identification and translation of customer needs.
  • Conducted structural finite element analysis (FEA) to study component interactions under intermediate and extreme applied load conditions.
  • Provided technical expertise during conceptualization of product projects to improve user experience and ensure designs were technically feasible.
  • Conduct technical analysis and product proofing of gas analyzers, techno-commercial feasibility analysis of tenders for Gas Analyzers.
  • Designed chassis components per source package requirements and manufacturing constraints plus proactively using FEA and fatigue analysis data.
  • Collaborated with engineers in different fields to consider client needs, manufacturing feasibility, and product discrepancy disposition.
  • Participate in team feasibility studies, and translate them in to detailed engineering and testing specifications and requirements.
  • Worked with business analysts, product managers and development teams to implementation new website features and functionality.
  • Review customer source and specification control drawings to determine requirements and feasibility of a system or component.
  • Functioned as Global Lead Engineer for converting marketing and design studio data into engineering and production feasibility.
  • Maintained responsibility for drawing acceptability and feasibility of finished product and components, including interfacing with customer.
  • Researched competitive products used for respiratory protection to determine feasibility of developing an in-house version.
  • Supported supplier nomination by doing supplier audit and proposal feasibility, timing and risk analysis.
  • Evaluate and demonstrate manufacturing feasibility and technical justification for design approach; conduct design validation.
  • Design responsibilities include FEA, functional analysis, material selection and Advanced Quality Planning.
  • Performed verification testing of product features and performance to achieve service providers' requirements.
  • Facilitate design and specification reviews, design feasibility studies and perform failure mode analysis.

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24. Ppap

average Demand
Here's how Ppap is used in Product Engineer jobs:
  • Planed, performed and documented various product qualifications using automotive industry standards including AEC Q100 specification and PPAP generation.
  • Coordinate internal activities and customer approvals to obtain a successful PPAP submission.
  • Collaborated with Quality engineer to ensure timely and accurate PPAP completion.
  • Developed testing specification to meet customer requirements for PPAP.
  • Prepared and submitted PPAP documentation.
  • Design, validation, purchasing, quality, production assembly & testing design, plant layout, 5S, and PPAP.
  • Experienced with ISO-9000 PPAP (Production Part Approval Process) and developing FEMA (Design Failure Mode Effects Analysis) documents.
  • Participate in Production Part Approval Process (PPAP) and provided engineering support to manufacturing plant after start of production.
  • Implemented FMEA, PPAP, and APQP techniques to ensure products that met and exceeded the quality of original equipment.
  • Moved the product development process through CAD design, prototype, R&D testing, and into production PPAP.
  • Processed Engineering quotes (RFQ), and worked with suppliers to ensure product changes met PPAP timing and targets.
  • Analyze PPAP results from suppliers providing injection molding, machining and finishing and incorporate the results into change recommendations.
  • Support engineering activities such as change orders, validation plan, PPAP submissions to customer for supplier changes.
  • Utilized automotive industry standard tools such as APQP, FMEA, and PPAP's during tooling qualifications.
  • Worked with plant production to fulfill requirements for product PPAP and transitioned the filters into regular production.
  • Coordinated readiness reviews, Product Validation's (PV) and run-at-rate monitoring for final PPAP approvals.
  • Identified areas of improvement for cost saving, modified design, validated and released design after PPAP.
  • Performed mean shifts using Statistical Software, met with Chrysler Dimensional Engineering and completed PPAP sign off.
  • Design responsibility from initial designs (CV/DV) to final product deployment (PPAP) to production.
  • Prepare Process Sign Off (PSO) and Production Part Approval Process (PPAP) documents.

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25. GD

average Demand
Here's how GD is used in Product Engineer jobs:
  • Review and approved product drawings from design review meetings based on manufacturing processes and GD&T methodology.
  • Use GD&T to produce traditional 2D drawing and 3D model based definition drawings for manufacturing.
  • Performed complex one- and two-dimensional tolerance analyses using Geometric Dimensions & Tolerances (GD&T).
  • Utilized GD&T technique to perform Tolerance Stack-up Analysis for internal components and damper housing.
  • Detail engineering drawings of parts, assembly and group with GD&T ASME Y14.5.
  • Generate GD&T, analysis Tolerance stack to make sure manufacture feasibility, assemble-ability.
  • Applied GD&T to designs to provide precise and consistent method for communicating.
  • Prospected for new OEM accounts in the United States, Europe and United Kingdom.
  • Experienced in location schemes, tolerance stacks, and GD&T drawings.
  • Modeled Wind Turbine Tower components and performed drafting using GD&T principles.
  • Create and maintain Dimensional control through GD&T stack-ups for mechanical constrains.
  • Performed design tolerance studies and defined GD&T scheme including KPC's.
  • Provide feedback to customers concerning designs, tolerances, GD&T.
  • Trained in GD & T workbook and in various other industry standards.
  • Outsourced to local machinists by creating engineering drawings incorporating GD&T.
  • Performed mechanical and electrical drafting while using GD & T standards.
  • Utilized GD&T and engineering standards to prepare model release.
  • Generated 2D drawings and applied GD&T to them.
  • Use GD&T stack-up and Dimensional Variation Analysis.
  • Applied GD&T to generate 2D manufacturing drawings.

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26. Engineering Changes

average Demand
Here's how Engineering Changes is used in Product Engineer jobs:
  • Value Improvement activities including identifying opportunities, coordinate engineering changes, validation & implementation and not affecting the products' quality.
  • Functioned as a liaison between manufacturing and the customer when engineering changes were required for product improvements and manufacturing process improvements.
  • Resolved configure-to-order technical issues, engineering changes, and product-issue containment corrective actions, resulting in shorter product-processing cycle times.
  • Spearheaded and created configuration control system which reviewed engineering changes affecting products, processes, data and documentation.
  • Provided leadership to CAD operators and verified engineering changes to ensure design integrity and customer specifications are met.
  • Implemented cost and warranty reduction engineering changes relative to part number substitutions and design modifications.
  • Provide sustaining support of existing products with expertise to evaluate and execute engineering changes.
  • Generated production drawings, engineering changes, process specifications and specific reports.
  • Develop prototyping strategy to validate engineering changes efficiently and new product launch.
  • Recommend engineering changes to quickly resolve quality issues and reduce-eliminate product returns.
  • Test plan development and implementation for engineering changes to existing products.
  • Performed product maintenance activities through testing and engineering changes as necessary.
  • Lead & Facilitate necessary Engineering Changes for Interim/Permanent Corrective Action.
  • Conduct supplier visits to coordinate engineering changes and product improvements.
  • Ensured manufacturing feasibility of all designs and engineering changes.
  • Provided recommendations to laptop design engineers for Engineering Changes.
  • Analyzed and managed engineering changes, including validation testing.
  • Assist in developing engineering designs and implement engineering changes.
  • Participated in meetings with engineering changes and implementation.
  • Coordinate weekly meeting with the customer to review status of open items: Engineering changes, quality rejects and warranty issues.

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27. Assembly Drawings

average Demand
Here's how Assembly Drawings is used in Product Engineer jobs:
  • Managed product specification database ensuring proper creation of parts and assembly drawings.
  • Produce fabrication and assembly drawings of various lighting products using SolidWorks.
  • Generate detail and assembly drawings for manufacture.
  • Created complete Design Documentation Package including circuit schematics, wiring diagrams and printed circuit board layouts, fabrication and assembly drawings.
  • Make detail drawings of any items to be purchased from vendors and assembly drawings for Production and customer approval.
  • Managed the product assembly drawings with bill of materials and updated piece parts per design changes and customer requirements.
  • Utilize a build-to-order approach in preparing electrical schematics, assembly drawings, and bills of material for production.
  • Generated all required documentation including part and assembly drawings, bills of material, and assembly instructions.
  • Provided CAD drawings as requested, including drawings with multiple views, assembly drawings, etc.
  • Create assembly drawings with instructions for manufacturing (machining, welding, assembly and paint).
  • Generated Bills of Material and worked with designers to create 3D shop & assembly drawings.
  • Developed fabrication drawings, assembly drawings and bills of materials for shop and field use.
  • Design and created assembly drawings, including bills of materials and detail drawings.
  • Develop and maintain assembly drawings on related truck components.
  • Utilized AutoCad 2000 to generate details and assembly drawings.
  • Approved all layout, detail and assembly drawings.
  • Create Bill of Materials and assembly drawings.
  • Develop and maintain assembly drawings.
  • Reviewed circuit layouts, schematics and assembly drawings for manufacturability and design rule compliance.
  • Reversed engineered and created assembly drawings (including bills of materials and detail drawings) for the SSC Quarter Folder Machine.

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28. Troubleshoot

average Demand
Here's how Troubleshoot is used in Product Engineer jobs:
  • Conducted troubleshooting and problems solving activities on internal/external software problems, software/firmware testing and evaluation, and designed unique customer applications.
  • Developed testing procedures and processes to troubleshoot and eliminate problems in production, increasing efficiency and reducing product rework.
  • Provided support and training for manufacturing engineers and technicians on assembly, alignment/setup, and troubleshooting of multiple subsystems.
  • Project completion typically required periodic follow-up visits for maintenance, local or remote program debugging, and on-site troubleshooting.
  • Performed product troubleshooting and evaluations per design requests/ideals and participated in project team activities providing documentation of modifications.
  • Assisted European customers during application design as well as troubleshoot their product and manufacturing systems to optimize yield.
  • Support included walking customers through hardware and software installation, configuration and troubleshooting highly complex technical issues.
  • Managed system integration with third-party suppliers, establishing protocols, negotiating user interfaces, and troubleshooting.
  • Work with integrator, in troubleshooting, parameter adjustments and verification for quality joining processes.
  • Interfaced directly with customers and sales personnel to establish product improvements and troubleshoot line concerns.
  • Teamed with Quality Department to detect and troubleshoot functionality and integration issues of modules.
  • Prepared and Provided details training manual for manufacturing, preventive maintenance and troubleshooting guide.
  • Investigated customer technical problems requiring problem duplication, troubleshooting, and failure analysis.
  • Test & troubleshoot Wi-Fi cameras & camcorders network connectivity using Network Protocol Analyzers.
  • Created Process and Record Book along with troubleshooting documentation to assist future engineers.
  • Trained customer operators and technicians in operating and troubleshooting of these systems.
  • Maintained a 12-computer system and performed network troubleshooting resulting in less downtime.
  • Utilize proprietary and bench test equipment for troubleshooting or device performance investigation.
  • Worked closely with Operations personnel in troubleshooting and resolving difficult network problems.
  • Support and troubleshoot incident management processes monitoring security alerts for internal usage

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29. Design Reviews

average Demand
Here's how Design Reviews is used in Product Engineer jobs:
  • Facilitated design reviews to communicate customer product specifications to PGW plants for confirmation of feasibility of part shape for part production.
  • Performed failure analysis, conducted design reviews, participated in styling reviews, and implemented product and process technical improvements.
  • Worked directly with customers and participated in extensive peer design reviews to ensure that product development met program requirements.
  • Launched and facilitated design reviews internally with quality, manufacturing departments, and externally with customers and vendors.
  • Participate in customer visits by providing presentations on program updates and technical design reviews.
  • Chair global cross-functional design reviews for Turbo system & component design and specification proposals.
  • Approved qualification test plan, conducted design reviews and supervised durability testing.
  • Created technical documentation, presented ideas / solutions during design reviews.
  • Created reports and presented mechanical designs at customer design reviews.
  • Participate in detailed design reviews for new product development.
  • Managed operations design reviews, prototyping, and manufacturing.
  • Participated in concurrent Engineering design reviews
  • Designed new pump series for premium applications through mechanical designs, design reviews with Senior Engineers, and combined load testing.
  • Participated in design reviews, DFMEA, and other project team activities and ensured customer quality requirements were met or exceeded.
  • Conduct interdisciplinary design reviews with team members from manufacturing engineering, industrial engineering, VA/VE, purchasing, and production planning.
  • Create 3D models and 2D drawings, perform FEA, DFMEA, hold design reviews, and develop new procedures.
  • Manage and lead all engineering production releases including prints, bills of materials, conducting design reviews and product improvement.
  • Used Microsoft Excel and PowerPoint experience to organize numerous design reviews and ensure accurate tracking and delegation of team activities.
  • Attend design reviews with customer throughout design development; Support customer at assembly plant during launch of new vehicle lines.
  • Provided design phase subject matter expertise by supporting Integrated Product Teams (IPT) and participating in design reviews.

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30. DVP

low Demand
Here's how DVP is used in Product Engineer jobs:
  • Created and maintained system and component level Quality Documents such as Function Models, DFMEA's and DVP&R's.
  • Led testing and validation of sub-systems and cockpit for material properties, design integrity, and passing all DVP requirements.
  • Establish DVP&R's and test plans to meet or exceed our customer's material specifications and performance standards.
  • Led Design Validation Plan and Report (DVPR) for $40M differential launch for 2005 Jeep Grand Cherokee.
  • Developed, completed, or assisted in the DVP&R for various new Ride Control products.
  • Developed DVP&R of the drive shaft for dimensional, material, performance and durability test.
  • Led DVP&R (Design Verification Procedures and Review) for new components for current projects.
  • Developed subsystem DVP&R targets and test plan for (3) projects in current role.
  • Managed updates for the Master DVP&R Worksheet to provide direction for the cross-functional team reviews.
  • Created DVP&R documents (CAE & Physical Testing) for validating the damper valve components.
  • Created DVP&R templates of Dynamic and Glass sealing systems for future design program implementation.
  • Coordinate and schedule design and DVPR milestones to release components for production as per program timing.
  • Design, develop, test, and release products and/or components & manage DVP&R.
  • Participate in TDM / DVP&R and ensure compliance with government regulations (FMVSS/ECE/GB).
  • Prepare DVP&R and PVP&R engineering documents for tracking and reporting development tests.
  • Lead Supplier based System Validation - DVP&R - Process Verification (PV).
  • Establish, fulfill and finalize DVP&R including scheduling and completion of product testing.
  • Created DFMEA, DVP&R, RR Checklist and other related design documents.
  • Create test plans and experiments (DVP) used in the developments of products.
  • Created SRD database for tracking all feature requirements and validation DVP&R documents.

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31. Customer Specifications

low Demand
Here's how Customer Specifications is used in Product Engineer jobs:
  • Design new components and or revise existing components in accordance with sound engineering principles, customer specifications and industrial standards.
  • Worked with design/development engineers to review customer specifications and validate the accuracy of engineering blueprints and Bill of Materials.
  • Review customer specifications against current documents for exceptions and distribute proper documentation to manufacturing per each customer order.
  • Aligned FEOL and BEOL specifications, identified and investigated yield excursions, determined factory capability to customer specifications.
  • Analyzed customer specifications, developed failure mode and effects analysis, and produced component technical specifications and drawings.
  • Provided technical support for programmable logic controllers, customer specifications, elementary drawings and any power system requirements.
  • Worked with purchasing department to ensure all materials necessary for new product development meet or exceed customer specifications.
  • Directed and facilitated product qualification and reliability efforts for SPARC microprocessors, ensuring customer specifications were met.
  • Direct and coordinate activities to ensure products and systems conform to engineering design and customer specifications.
  • Incorporated mechanical design solutions into aircraft cargo loaders to meet customer specifications and manufacturing capabilities.
  • Determined product/system requirements and configuration, analyzed performance, and assured compliance with customer specifications.
  • Perform detailed calculations to compute and establish manufacturing and construction standards and customer specifications.
  • Performed system testing to meet customer specifications for operations of single-channel-per-carrier data/voice communications networks.
  • Developed and executed validation plans according to customer specifications on schedule and within budget.
  • Engineered personalized workstations, desktops, and servers, adhering to customer specifications.
  • Assure compliance with applicable design Codes, customer specifications, and jurisdictional requirements.
  • Modeled and performed Finite Element Analysis on products to meet customer specifications.
  • Worked closely with sales to configure customer specifications into standard body designs.
  • Input customer specifications into database environment to produce a generic blueprint package.
  • Designed power control panels following customer specifications and assisted project managers.

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32. Chrysler

low Demand
Here's how Chrysler is used in Product Engineer jobs:
  • Engineered and developed body exterior injection molded plastic components for Chrysler and General Motor's programs.
  • Produced Prototype Valves for current and future Chrysler, Nissan, BMW, and VW for ride and handling customer evaluation.
  • Developed and released the first Start/Stop starter motor in Chrysler application; Jeep Wrangler, with 2.8L Turbo Diesel Engine.
  • Contract Placement at DaimlerChrysler Corporation., Electronics and Software Division of Automatic Transmission Group, Auburn Hills/Highland Park, Michigan.
  • Provided technical support to penetration of Ford and Chrysler, as well as several new Tier 1 customers.
  • Team leader responsible for the creation and execution of a business capture strategy for the DaimlerChrysler account.
  • Assisted the design & testing process of multiple junction boxes for Ford, GM, & Chrysler.
  • Project manager for cruise control programs implementing two programs on time for Chrysler Quad Cab luxury version.
  • Lead Electrical Engineer responsible for the design and development of Chrysler's first DSP based automotive radio.
  • Worked with Chrysler Styling Department and suppliers to achieve wheel and tire design and award bid.
  • Worked on-site in Detroit with Jeep Truck Engineering Group on Chrysler KJ 2002 program product design.
  • Completed successful release and launch of new design A/C compressor for the 2001 Chrysler minivan.
  • Worked alongside engineers at customers including Ford, GM, Chrysler, Nissan, etc.
  • Called in to solve problem when situation was within 12 hours of shutting down Chrysler.
  • Managed the design, testing and overall development of a Chrysler built Universal joint.
  • Deal with Customer Daimler Chrysler Mexico-USA, JCI Corporate Offices Mexico-USA, and Suppliers.
  • Assisted in the introduction and development of CAN network architecture for Chrysler vehicles.
  • Release Engineer for all inrush current reduction devices in Chrysler's vehicular applications.
  • Designed network data flow studies that compared Chrysler and Fiat vehicle network architectures.
  • Work with cross-functional team from both Chrysler and Daimler to determine best practices.

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33. UL

low Demand
Here's how UL is used in Product Engineer jobs:
  • Collaborated with suppliers and customers though developing new quality control methods and open communication to fulfill customer defined standards for products.
  • Implemented numerous engineering change notices at multiple repair depot locations necessary to update products as necessary and improve end-user experience.
  • Performed parametric study, sensitivity analysis and optimization when performing Structural Analyses (Full Vehicle Structure FE Analyses).
  • Designed evaluation lots to qualify alternate components, evaluating results, and presenting them to engineering community.
  • Project managed two alternative propulsion vehicle demonstrator builds utilizing outside design, engineering, and testing resources.
  • Create accurate product evaluation reports, Technical Specification, and Quality Assurance documents per schedule.
  • Provided technical leadership for cross-functional teams successfully launching new Ford automotive interior system products which.
  • Completed durability testing of resultant designs through customer specification standards for proof of launch readiness.
  • Managed hydraulic actuated steering assembly through build testing ensuring all the hydraulic system functioned properly.
  • Initiated or issued bulletins to provide dealers and field personnel with updated technical information.
  • Develop productive relationships with customers, regulatory agencies, research institutions & internal departments.
  • Maintained satisfaction with the customer s needs within budgetary and scheduling parameters.
  • Develop unitary and bulk packaging/labeling materials and methods for disposable medical devices.
  • Developed processes for insulation and jacket compound problem solving and development trials.
  • Introduced and redesigned two fuse lines that resulted in substantial material productivity.
  • Assisted in localization effort of the products to meet regulatory compliance requirements.
  • Analyzed hydraulic forces resulting from driving external loads via various mechanical linkages.
  • Performed system analysis, improvement and collaborate with contractors and consultants.
  • Developed numerical simulation tool to test various system parameters and configurations.
  • Provided insightful and timely wafer/lot information to designers and program mangers.

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34. Data Analysis

low Demand
Here's how Data Analysis is used in Product Engineer jobs:
  • Provide application support, product training, and data analysis for customers while ensuring customer satisfaction and company impression.
  • Delivered critical data analysis support on critical customer quality issue affecting 8.8M units of product across 2 major customers.
  • Developed Excel-based automated data analysis tools to better understand probe contact performance and aid in the manufacturing processes.
  • Performed failure analysis to resolve qualification failures, and data analysis for yield improvement and specification limit setting.
  • Responded to system anomalies by providing in-depth data analysis to anomaly teams to aid in troubleshooting.
  • Developed High Intensity Discharge lighting systems through experimental procedures, testing, and data analysis.
  • Planned/Organized data collection & performed data analysis reports for printer testing undertaken in test lab.
  • Develop laboratory database to provide historical data analysis capabilities reducing testing time and redundancy.
  • Analyzed oven system performance, performed data analysis, and made recommendations for improvements.
  • Perform statistical data analysis, ensure high manufacturing process capability and meet spec limits.
  • Background in Industrial Engineering and Management applications Skills Used Data Analysis and Modification Techniques.
  • Use statistical data analysis to assess process capability and identify areas of improvement.
  • Specialize in semiconductor device characterization, data analysis, and electrical failure analysis.
  • Analyze development material using device physics and a variety of data analysis tools.
  • Prepared, produced and presented data analysis to Product Development team.
  • Provided Data analysis to project team for No-Defect-Found failure reduction.
  • Conducted data analysis in support of a semiconductor production line.
  • Produced microchip data analysis for Nintendo Wii Gaming System microprocessor.
  • Trained engineers on statistical process control and data analysis.
  • Supported error free data analysis for Production disposition support.

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35. PCB

low Demand
Here's how PCB is used in Product Engineer jobs:
  • Team included PCB hardware engineering, dimensional management, process engineering, validation engineering, software engineering and suppliers.
  • Designed and developed microprocessor based electronic controller circuitry, PCB, and modules.
  • Generate assembly prints and work instructions for production line from customer assembly prints, PCB Gerber files and Bill of Material.
  • Established network with leading Magnetic, Power Module, LED lighting, and Power PCB companies in the Far East.
  • Discovered ESD event related to a PCB router operation that caused latent high current failures at the final assembly site.
  • Provided engineering support for PCBA & Final Integration while working with the Technical Sales team in providing technical customer interface.
  • Define and write technical papers such as Component Technical Specification for the components such as the cover or the PCB.
  • Collaborated to design an independent GPS acquisition PCB to replace a currently used off the shelf plug in module.
  • Performed PCB layout and routing for cable television modem products, managed the testing process of over 200 prototypes.
  • Gained expertise in conducting research and created design proposals for PCB with respect to our plant process capability.
  • Researched and qualified vendors for PCB, flex, assembly, and mechanical applications for prototype and production.
  • Worked closely with PCB Design Engineers, Layout Designers, PCB fabrication manufacturer, and PCB assembly CM.
  • Worked with external vendors during PCB design, parts procurement, fabrication and assembly for on time deliveries.
  • Perform physical layout, schematic edits and fabrication drawing creation as part of the PCB design team.
  • Prepared bill of materials, conducted PCB tracing and designed milk flow circuit powered by peristaltic pump.
  • Confirmed that PCB Fabrication design standards were met, confirmed that PCB Assembly design standards were met.
  • Design of test fixtures including PCB layout, hardware layout / fabrication, and software diagnostic routines.
  • Work included some 10 and 24GHz microwave prototyping and testing, and PCB and schematic design.
  • Designed plastic housings and created 3D models of PCB's for electronic appliance controls using Pro/Engineer.
  • Established PCB supplier qualifications and recommended suppliers to perform PCB design, fabrication and component assembly.

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36. Apqp

low Demand
Here's how Apqp is used in Product Engineer jobs:
  • Developed and maintained customer relationships, APQP documentation and manufacturing strategies from initial design concept to production launch.
  • Conducted Launch activities utilizing APQP requirements to support Product development milestones on the following programs.
  • Experience on APQP meeting where technical subjects on new products are discussed with design engineers, sales engineers, etc.
  • Lead Cross Functional Team, and managed programs per APQP procedures, during design and development through production phase.
  • Lead APQP process on new programs awarded - assigned portion Responsible for new assembly equipment procurement and installation.
  • Performed Production Parts minute (PPM) and Advanced Production Quality Process (APQP) for each unit.
  • Directed and managed supplier chains and internal cross-functional teams, provide APQP direction for the Quality Assurance Group.
  • Utilize DFMA and APQP methodology to identify, quantify, and eliminate waste or inefficiency in product design.
  • Involved with the design, prototyping, and production of new products in accordance with APQP standards.
  • Launched a complete seat product into production following APQP steps in conjunction with quality and manufacturing engineering.
  • Maintained open issues list, program timing, APQP elements, change control and RFQ process.
  • Project Management using APQP procedure (Design for Six Sigma) from concept to mass production.
  • Negotiate and communicate all part print issues and other APQP issues to the customer and Trans-Matic.
  • Manage the introduction of new products in the Appliance area using the APQP mythology.
  • Identified opportunities for cost reduction, lead new product implementation within APQP framework.
  • Acted as the APQP Team Facilitator as well as the Peer Review Facilitator.
  • Coordinate the APQP process for the new product introduction.
  • Created APQP documentation as needed for incoming projects.
  • Participate in cross-functional project teams utilizing an APQP stage gate product developmentprocess.
  • Initiate and develop APQP documentation (gage documentation, control plans, dimensional reports, process studies, etc.)

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37. CNC

low Demand
Here's how CNC is used in Product Engineer jobs:
  • Researched CNC machines to apply adhesive, recommended manufacturer and specified a custom setup on the machine, also programmed machine.
  • Worked mainly on short run and R&D parts design and also programmed CNC machining centers and operation as well.
  • Developed manufacturing methods for products, such as CNC programming, tooling design, fixtures development, and injection mold schematics.
  • Updated existing, and created new Work Instruction Modules for the CNC area so that all operators had uniform procedures.
  • Design and order tooling for CNC Turret Punch * Program CNC Turret Punch and produce tool list and setup specifications.
  • Involved in manufacturing of generator body by performing sheet-metal operations like Punching, Bending and Shearing using CNC machines.
  • Provide Master CAM programming and initial set-up for in-house CNC milling machine / router and CNC knife.
  • Led the effort to move more production in house utilizing the XY Plasma Table and CNC software.
  • Contract for Capital Industries; Design of new products and programmed and operated CNC milling machines.
  • Use CNC tube bender, MIG welder and other shop equipment to fabricate prototype parts in-house.
  • Championed CNC machining improvements and designed modular tooling for new and existing CNC milling operations.
  • Managed a John Deere account, also Programmed CNC tube benders with XYZ coordinates.
  • Programmed CNC equipment with Router-CIM software package for production of prototypes and special parts.
  • Research and spec out new equipment, CNC router, CNC fabric cutter.
  • Developed and mentored two associates in operating and maintaining a three-axis CNC machine.
  • Programmed CNC to build finished products; maintained CAD files from customers.
  • Fabricated sheet metal components with in-house CNC plasma cutter, press brake.
  • Interact with Purchasing, CNC and Operations Managers on a daily basis.
  • Operate a 3-Axis CNC Haas Router to machine all mold components.
  • Write and edit CNC programs for manufacture of jobs.

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38. Product Performance

low Demand
Here's how Product Performance is used in Product Engineer jobs:
  • Facilitated broad-ranging organizational and process improvement programs impacting the increased of product performance, manufacturing, and production by 88%.
  • Partnered with marketing team in researching and compiling information to write product performance and comparison reports for marketing materials.
  • Reviewed product performance and driving product/process issues with cross-functional team of Design Engineering, Purchasing, and Manufacturing Operation.
  • Implemented several cost reduction programs aimed at reducing material usage, improving manufacturing processes, and improving product performance.
  • Develop and define complex conceptual detailed product specifications by analyzing product performance and customer requirements.
  • Interacted with vendors as required concerning component changes to improve finished product performance or reliability.
  • Perform engineering calculations, develop product performance specifications, and test plans to validate designs.
  • Manage the Product performance specifications and new enhancements in addition to unit cost analysis.
  • Provide customer technical support regarding product performance, application, and manufacturing capabilities.
  • Investigated the effects of water chemistry on product performance through study and experimentation.
  • Work closely with developers and quality assurance team members to optimize product performance.
  • Developed tests to compare product performance and discredit negative statements from competitors.
  • Developed new product designs based on customer specifications and product performance criteria.
  • Perform product testing to establish and validate product performance to specification.
  • Conducted several experiments to pursue opportunities for product performance improvement.
  • Conducted ongoing Margin Analysis to verify product performance versus specifications.
  • Developed several new products and improved existing product performance.
  • Defined design requirements, developed product performance and specifications.
  • Managed test specifications for product performance requirements.
  • Developed process methods to enhance product performance.

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39. Product Specifications

low Demand
Here's how Product Specifications is used in Product Engineer jobs:
  • Monitored and analyzed manufacturing process quality data for components and systems to ensure parts meet design and product specifications.
  • Demonstrated ability to accurately create and develop quality product documentation from product specifications and interviewing subject matter experts.
  • Partner with qualification, product engineering, and application engineering teams to gather and implement product specifications.
  • Supported marketing and sales efforts through the compilation of competitive industry data, product specifications and functionality.
  • Reviewed customer product specifications; presented technical analysis and recommendations to upper management and sales staff.
  • Incorporated customer requirements, regulations and product specifications into the design of the product.
  • Write detailed product qualifications to document and to set product specifications for quality purposes.
  • Determined and documented product specifications and revisions for CdTe glass encapsulated PV modules.
  • Designed & developed portable generators to meet product specifications & engineering design standards.
  • Coordinated meetings with internal customers/vendors to meet product specifications and quality.
  • Generated product specifications in accordance with application and industry standard requirements.
  • Coordinate meetings with customers to meet product specifications and customer satisfaction.
  • Direct contact with customers for product specifications and customer complains.
  • Interfaced with customer and design engineers to produce product specifications.
  • Program manufacturing line equipment in order to meet product specifications.
  • Developed company standards and procedures for material and product specifications.
  • Create manufacturing and product specifications for internal and external use.
  • Supplied product specifications and application information for product documentation.
  • Created product specifications, manuals and technical illustrations.
  • Ensured compliance with product specifications and standards requirements.

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40. QA

low Demand
Here's how QA is used in Product Engineer jobs:
  • Performed electrical analysis of customer returns and QA rejects, including product characterization studies.
  • Led software QA testing for user interface, overall functionality and systems compatibility.
  • Work concurrently with development team consisting of R&D, Marketing, Purchasing, Manufacturing, Safety, Graphics and QA
  • Work with QA, reliability, planning and manufacturing teams to resolve process related issues and to resolve production problems.
  • Worked closely with QA and marketing departments to ensure product readiness for initial launch of the product into the market.
  • Performed engineering level analysis and testing (ALT, DVT, FQA) of Entertainment and Connectivity Accessories Products.
  • Experience in product manufacturing (test specs and work order preparation, support test floor and QA).
  • Collaborated with QA and various functional groups for new process, new packaging and new SCA vendors qualifications.
  • Managed 32-Bit migration project comprised of federal, state, provision, architecture, QA and infrastructure teams.
  • Coordinate with cross functional, IT, QA and documentation teams to make sure the requirements are understood.
  • Tested and tracked tire testing (time/temperature pressing), ran presses, quality testing (QA)
  • Lead weekly Bluetooth QA meeting to present bugs, solutions, status, customer engagements, etc.
  • Target completion as per master schedule developed by QA team at the beginning of each year.
  • Partnered with sales team and contributed product QA study analysis as a foundation towards sales pitches.
  • Assist QA and FA groups on customer issues and customer returns for closure on product issues.
  • Project leader, involving collaboration between R&D, marketing, clinical and QA departments.
  • Worked on new requirements, reviewed issues with QA group, closed out fixed bugs.
  • Develop the product as per the requirements by leading the entire development and QA teams.
  • Communicated with QA, Engineering, and vendors (typically overseas) regarding product revisions.
  • Worked with QA&R organization in support of failure analysis of customer returns.

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41. Test Programs

low Demand
Here's how Test Programs is used in Product Engineer jobs:
  • Redesigned 8088-based Communications processor and developed test programs that improved its reliability and manufacturing by more than 100%.
  • Developed, maintained, and audited characterization, qualification, and production test programs for micro-controllers.
  • Utilized VXI automated testers in manipulating and retrofitting test programs to accommodate new products.
  • Performed statistical analysis on test parameters to determine critical limits for test programs.
  • Developed multiple test programs for production and characterization of mixed signal devices.
  • Correlated test programs and devices with overseas wafer fabrication and test/assembly houses.
  • Transferred production test programs to overseas test-houses for cost-effectiveness.
  • Developed and maintained manufactured products test programs.
  • Initiated and executed product validation test programs.
  • Developed test programs for Genesis Memory Tester.
  • Debugged various test programs during product characterization stage
  • Establish product reliability test programs.
  • Executed test programs to collect bench data and analyzed results statistically to help Process and Design teams resolve issues quickly.
  • Generated data sheet, test programs and performed device characterization of new products to provide feedback for design optimization.
  • Develop test programs for low power; high speed BiCMOS interface standards for Wide Area Network Connectivity products.
  • Developed Sentry Test Programs to evaluate chip specifications (8085, 8086, MCS48, 8310).
  • Developed test programs for probe test and final test on two testers: VLCT and LTX Fusion.
  • Developed and documented test and repair process for returned material, including creation of automated test programs.
  • Developed test programs using Eagle for products being developed in order to ensure high productivity and yield.
  • Developed system test applications & DOS-based test programs for several lines of Xerox desktop and console printers.

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42. DOE

low Demand
Here's how DOE is used in Product Engineer jobs:
  • Utilized DOE principles to identify optimal operating conditions.
  • Implemented DOE (Design of Experiments) and ANOVA (Analysis of Variance) methodologies to design and interpret battery testing.
  • Performed different Design of experiments (DOE) to gather information to get to root cause depending on the scenario.
  • Conducted various engineering studies (DOE) for root cause analysis and provided counter measure proposals for meeting target requirements.
  • Introduced Six-Sigma analysis by successfully performing DOE's on new and existing high pressure hose and fitting designs.
  • Reduced customer field returns cycle time from 45 to 9 days as a product engineering DOE team member.
  • Design of Experiments (DOE), prototyping, created test plans for production and certification of products.
  • Coordinated multiple DOE's among our vendors, customers, and the company's international design centers.
  • Helped our customers refine their DOE models to give meaningful results while contributing to the statistical analysis.
  • Team performed a DOE to optimize the cooling system sizing to meet Cost/Schedule while mitigating the risk.
  • Developed solution to improve laser trim yield and quality using design of experiment (DOE) methodology.
  • Performed Design Of Experiments (DOE), Process Capability & SPC analysis for process optimization.
  • Performed characterization DOE on automotive infotainment product, resulting in a 12% wafer yield improvement.
  • Performed Design of Experiment (DOE) studies to analyze the characteristic of the assembly process.
  • Utilize Design of Experiments (DOE) for proposal and implementation of test program changes.
  • Tested new or modified product using Medical Best Practices DOE (Design of Experiments).
  • Prepared Design of Experiments (DOE) to optimize the design of a component.
  • Executed DOE to optimize injection-molding process to minimize warping of gas assist trim panel.
  • Executed statistical analyses, DOE s, and quality tests on brake pad products.
  • Analyzed DOE data to optimize process variables, resulting in higher yields.

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43. Yield Improvement

low Demand
Here's how Yield Improvement is used in Product Engineer jobs:
  • Initiated progressive yield improvement, transistor performance improvement, leakage reduction and wafer defect reduction projects increasing performance 25%.
  • Set and monitored quality metrics for yield improvement, demand fulfillment and overall customer satisfaction.
  • Cost reduction and yield improvement of several microelectronic components for the Maverick missile program.
  • Yield improvement and forecasts, manufacturing variance reduction and test correlation.
  • Developed and executed plans for yield improvement throughout manufacturing processes.
  • Facilitated circuit pack yield meetings and implemented yield improvement initiatives.
  • Performed program management, characterization and correlation for yield improvement.
  • Developed and executed plans for yield improvement.
  • Developed yield improvement methodology for department.
  • Performed the various functions such as design, layout, design verification, debug, die test, and yield improvement.
  • Collect and analyze parametric test / yield data from external foundries feeding into yield tracking / reporting and yield improvement activities.
  • Rule of thumb for this product is 1% yield improvement results in 1 million dollars of revenue increase.
  • Maintain assembly baseline production, yield improvement and correct processing problems using SPC, Six Sigma and Lean manufacturing.
  • Engaged in yield improvement activities that resulted in product yield of 3% great than 93% goal.
  • Sustain products for cost reduction and yield improvements (disposition on low yield and hold lots).
  • Identify and realize measures for yield improvement, define qualification plan and perform risk assessment.
  • Resulted in 35% yield improvement of the highest volume product in the product family.
  • Own & manage lot disposition and yield improvement plan, typical improvement achieved ~2%.
  • Supported offshore assembly and test facilities for production and yield improvements of all released products.
  • Yield improvement by close cooperation with fab integration, fab module, and testing teams.

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44. GM

low Demand
Here's how GM is used in Product Engineer jobs:
  • Identified and implemented GMP requirements for business critical product line of Blood Sugar monitoring devices' manufacturing for Siemens Corporation.
  • Developed accelerated test schedules by using equivalent damage techniques to edit out non-damaging road segments.
  • Conducted facility audits and performed HSE throughout numerous plant production segments.
  • Ensured continuity of quality objectives/ISO9000/GMP compliance.
  • Project Lead for Neutron Generator Monitor (NGM) for Telemetry systems in supporting of US Nuclear Warhead Flight Test Program.
  • Utilized sound mechanical engineering skills and drive-to-closure work ethic to impact multiple GM projects at different phases in the life cycle.
  • Designed front-wheel drive axle components; acting Sales Engineer to GM Vehicle Divisions; directed current and future component applications.
  • Project coordinator and part of the design team for the cable reel program for the 2003 GM Epsilon vehicle.
  • Lead major test program increasing rated load capacities of all GM half-shaft components reducing overall vehicle cost and weight.
  • Provide estimation for new projects to the UGM team by understanding the scope and the work involved in it.
  • Supported current GM car platforms in Production implementing NX 7.5 Mechanical Routing for brake, coolant and fuel lines.
  • Performed the market research to define the most profitable segments within the commercial vehicle market in Venezuela.
  • Represented HNS at ETSI & TIA for the standardization of the Geo-Mobile Radio (GMR) specifications.
  • Design, prototype, release for production and manufacture of automotive fuel rails for GM & Bosch.
  • Trained and supervised a global team to carry on the technical classification project for each industry segment.
  • Be the core design & release engineer for all bearings for GM, Ford and Renault programs.
  • Conducted division FDA Good Manufacturing Practices (GMP) audits to assure compliance US FDA requirements.
  • Developed several deep Si etch processes and through wafer etch processes for the sensor diaphragm release.
  • Developed seat system hardware (seat track and recliner) designs for Ford and GM platforms.
  • Develop best-in-class suspension and exhaust components to support vehicle programs for Ford, GM, Nissan.

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45. New Designs

low Demand
Here's how New Designs is used in Product Engineer jobs:
  • Validated new designs and design changes for all rotating electrical units and components under change-order control.
  • Worked with cross-functional product development teams to implement new designs into production.
  • Directed engineering technician on prototype development and testing of new designs.
  • Created new designs for extruded rubber seals, pressed and roll formed steel parts, and plastic injection molded lite frames.
  • Qualified new designs by configuring the ATM Subscriber Access Multiplexer (ASAM) network and testing from -40C to +65C.
  • Make new designs based on requirements of local markets (control the cost/quality of key parts and prototype test).
  • Collaborated with various departments (Purchasing, Manufacturing, Quality) to implement new designs and design changes into production.
  • Increased annual company sales by $800,000 as team leader for several projects that brought new designs to market.
  • Used the Design of Experiments model to test feasibility and usefulness of new designs for the fuel pump.
  • Prepared new designs / modified existing product designs as part of R&D for pressure vessels.
  • Directed Engineering projects to impact Change Orders, Material Masters, New Designs and Alternate Construction.
  • Develop new designs based on capabilities of supply base (press brake and folded designs).
  • Created new designs, and modified existing designs per customer request and/or for product improvement.
  • Calculate stresses corresponding with customers' requests for new designs; suggest improvements/changes to requests.
  • Worked in conjunction with manufacturing, sales, and designers when developing new designs.
  • Proposed new designs to improve cost and performance of existing circuit breaker product lines.
  • Participated in sample building of these new designs to be used in testing.
  • Prepared new designs for manufacturing in order to meet commitments to customers.
  • Design Conceptualization: Created new designs to make current and new products.
  • Coordinated and scheduled all new designs working with a cross-functional team.

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46. SPC

low Demand
Here's how SPC is used in Product Engineer jobs:
  • Developed SPC tools for monitoring critical product parametric data.
  • Introduced and trained new SPC tools such as Process Capability Studies, Control Chart, and Gauge R& R Studies.
  • Provided engineering support to high-volume floppy disk manufacture, including use of company proscribed SPC and Design of Experiment tools.
  • Tested incoming materials, trained personnel in SPC, and company policies, attended and participated in management meetings.
  • Utilized SPC and Six Sigma tools to drive quality improvements and cost savings through process and design improvements.
  • Solved number of customer excursions by finding root causes in process, utilized SPC, ANOVA etc.
  • Performed capability studies using SPC (Statistical Process Control) tools for TVM, IK, CDM.
  • Provided yield enhancement, yield analysis, and failure analysis using experimental design and SPC.
  • Monitor Hot Test Cell data using Statistical Process Control (SPC) and investigate trends.
  • Implemented SPC and gauging strategies for an engine block machining line to ensure dimensions accuracy.
  • Incorporate SPC (Statistical Process Control) to improve yield and reduce assembly errors.
  • Implemented Statistical Process Control (SPC) and drove improvement initiatives on all processes.
  • Analyze key metrics using SPC and present key findings to product development team.
  • Utilize SPC and TQC tools to improve internal yields and customer plug-n-play.
  • Trained technicians in the use of SPC charts and test methods.
  • Helped in instituting Statistical Process Control (SPC) Programs.
  • Monitor inline SPC for assigned process and maintain good CPK.
  • Helped pioneer SPC quality monitoring systems with SQL and SAS.
  • Implemented first Company MSW final test program that used SPC.
  • Established yield metrics across manufacturing process based on SPC.

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47. ECO

low Demand
Here's how ECO is used in Product Engineer jobs:
  • Concentrated on product improvement through test program enhancement, die level failure analysis and device characterization and recommended the appropriate solutions.
  • Develop and recommend controls product enhancements based on customer input, work with new product development in integration of these recommendations.
  • Managed sales, material purchasing, account development and customer service in telecommunications, instrumentation, computers and consumer electronics.
  • Oversee qualification testing and prepare qualification reports in accordance with customer procurement specifications in order to become an approved supplier.
  • Scheduled and conducted technical reviews, price review meetings and have recommended ideas related to productivity improvement and cost reduction.
  • Develop detailed instructions and procedures and provide training and recommendations in order to deliver current SW and Testing methods efficiently.
  • Applied product knowledge to solve common and complex technical and business issues within established guidelines and recommended appropriate alternatives.
  • Reconfigured existing hardware to increase heat transfer to patient while maintaining backward compatibility and improving electronic component robustness.
  • Provided analysis and device characterization for these evaluations and gave recommendations toward getting the objective of the evaluations.
  • Designed and constructed load circuitry enclosure for switch failure-mode test sequences and recommended purchase of high-temperature test oven.
  • Provided incurred cost, branch cost-effectiveness, special study, and product engineering support for telecommunication products.
  • Supply user applications and engineering support and recommendations for new and existing equipment, upgrades and enhancement.
  • Coordinated between customers and engineering about Different Product solutions, Recovery Image Solutions and Custom Image Solutions.
  • Full program development responsibilities beginning with initial bearing life calculations and component recommendation based upon program requirements.
  • Developed special products which were modified or reconfigured with additional or enhanced features to meet customer needs.
  • Assisted in the definition, development and evaluation of product hardware and software requirements; recommended improvements.
  • Lead Engineer responsible for guiding new product introduction and manufacturing process support of Wireless Telecommunications Base Stations.
  • Reviewed projects to assess/obtain special manufacturing requirements and/or recommend alterations to improve quality of products and procedures.
  • Provided sales and customer support including material recommendations, material customization, and injection molding problem-solving.
  • Investigated machinery to expand manufacturing processes and recommended the optimum piece of equipment to top management.

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48. Pfmea

low Demand
Here's how Pfmea is used in Product Engineer jobs:
  • Complete testing procedures of PFMEA and DVP&R in some redesign projects of principal axle parts.
  • Drafted DFMEA for five legacy gas controls and acted in PFMEA per Six Sigma quality control initiatives.
  • Supported customer required CCF, DFMEA, and PFMEA activities with development and gate reviews.
  • Develop process flows, control plans, identify CTF, PFMEA, and process documentation.
  • Led cross functional teams in DFMEA, PFMEA, Process Flow and Control Plan creation.
  • Worked on DFMEA, PFMEA, global test implementation, and global risk mitigation.
  • Developed PFMEA table to analyze the failure modes and conducted countermeasures against defects.
  • Lead Failure Mode Avoidance activities with project team such as DFMEA & PFMEA.
  • Involved in PFMEA discussion and solutions to potential failures modes on program.
  • Developed engineering discipline including: DFMEA, PFMEA, FA AND DFA.
  • Produced PFMEA's and FTA's for design changes or new product/processes.
  • Participated in or coordinated DFMEA, PFMEA, and APQP events.
  • Developed Control Plans, PFMEA, and Operator Instructions.
  • Perform DFMEA and PFMEA on new and existing products.
  • Performed risk assessments, DFMEA and PFMEA.
  • Manage and coordinate PFMEA and Control Plan.
  • Developed performance standards, specifications, PFMEA's, DFMEA's and DVP&R's.
  • Assist programs teams with DFMEA's, Flow Charts, PFMEA's and Control Plans.
  • Documented DFMEA, PFMEA &APQP for EPP structure lite samples
  • Perform DFM analysis and PFMEA reviews, design test fixtures, write procedures, and train CMs.

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49. IC

low Demand
Here's how IC is used in Product Engineer jobs:
  • Provided technical service to largest and most profitable customer while traveling extensively to customer's domestic and Far East production facilities.
  • Improved the supply chain visibility by analyzing the manufacturing and logistics processes within plant operations increased service level and less inventory.
  • Document solution and resolution steps in product knowledge database to ensure problems and solutions are communicated to all necessary service organizations.
  • Implemented Design Change Plans and Verification Testing Methods for Medical Devices to ensure proper functionality with no subsequent customer/patient impact.
  • Coordinated and compiled compliance manual and all legal documentation and presented to both Vehicle Safety Office and Executive Safety Committee.
  • Developed new test method to significantly increase sensitivity to detect marginal failures in a critical component without increasing test time.
  • Devised and revised testing methodologies to be implemented as standard test procedure for internal specifications and overall functionality.
  • Worked in the Research and Development department in electronics, design new technology related to cardiovascular products.
  • Attended meetings with customers, presented technical information, and provided assistance to marketing / operations personnel.
  • Supported Hydraulic and Electrical Analysis to validate the applicability of components provided in project Scope of Supply.
  • Completed G10002 Component Validations and Final Instrument Validations to ensure proper functionality as per Material Specifications.
  • Introduced improved statistical methods to evaluate correlation between yield and fab process, including R-squared analysis.
  • Automated the firmware download to the radio telemetry boards for proper initialization and electronic serialization.
  • Re-designed medical devices and validated new component changes performing all First Articles and Capability studies.
  • Prepared device characterization and corner lot reports and maintained documentations/follow-ups with FAB house in Taiwan.
  • Worked with Design, Test, and Quality organizations to generate characterization and qualifications plans.
  • Worked with testing facilities and created regulatory reports for domestic and foreign safety standards.
  • Coordinate product qualifications and monitored ORM test to help monitor product reliability throughout manufacturing.
  • Traveled to customer facilities to provide technical support and direction approximately once per month.
  • Maintained Engineering and User documentation related to the product line, including engineering schematics.

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50. ECN

low Demand
Here's how ECN is used in Product Engineer jobs:
  • Implemented new ECN tracking protocols and change request documentation, eliminating redundancies and improved business processes.
  • Managed a Nissan Project (Nissan March) which included designing and creating component part changes (ECR and ECN).
  • Maintain and update engineering drawing per Engineering Change Request (ECR), and Engineering Change Notification (ECN).
  • Implemented changes by writing engineering change notices (ECN's) and incorporating those changes into the production process.
  • Interfaced with Quality, Testing, Production and Supplier teams for ECN initiation, design verification and validation.
  • Analyze EWO s provided by OEM, and initiate corresponding ECN for various component changes on console program.
  • Initiate, create/modify, and approve engineering change notices and requests (ECN & ECR).
  • Evaluated and acted on requests for changes to existing products generated through the ECR/ECN procedure.
  • Maintained current engineering change notice (ECN) log and led weekly change control meetings.
  • Administrated Engineering Change Notice (ECN) committee meetings for product revisions and design changes.
  • Generated release packages for the ECN/ECR process including bill of materials and necessary documentation.
  • Manage the ECN (Engineering Change Notice) process and maintain projects data.
  • Updated and released ECN, Burn-In, product specific specs, Package drawing.
  • Generated engineering change notices (ECN) as requested for the customer.
  • Generate Engineering Change Notification (ECN) and review for release.
  • Supported manufacturing engineering with ECN's, ECR etc.
  • Write and process engineering change documentation (ECR/ECN/ECO).
  • Process ECR's/ECN's, facilitate and attend engineering meetings.
  • Complete in-house repair of products and ECN rework.
  • Created and executed hundreds of ECN/ECR's.

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20 Most Common Skill for a Product Engineer

New Product Development34.9%
CAD7%
Cost Savings5.9%
Technical Support5.2%
BOM4.1%
Fmea4%
R3.7%
Process Improvement3.5%

Typical Skill-Sets Required For A Product Engineer

RankSkillPercentage of ResumesPercentage
1
1
New Product Development
New Product Development
25.9%
25.9%
2
2
CAD
CAD
5.2%
5.2%
3
3
Cost Savings
Cost Savings
4.4%
4.4%
4
4
Technical Support
Technical Support
3.8%
3.8%
5
5
BOM
BOM
3%
3%
6
6
Fmea
Fmea
3%
3%
7
7
R
R
2.8%
2.8%
8
8
Process Improvement
Process Improvement
2.6%
2.6%
9
9
Engineering Support
Engineering Support
2.6%
2.6%
10
10
Product Quality
Product Quality
2.5%
2.5%
11
11
Test Cases
Test Cases
2.3%
2.3%
12
12
Failure Analysis
Failure Analysis
2.2%
2.2%
13
13
Corrective Action
Corrective Action
2.2%
2.2%
14
14
Customer Service
Customer Service
2.1%
2.1%
15
15
Test Procedures
Test Procedures
1.9%
1.9%
16
16
Solidworks
Solidworks
1.8%
1.8%
17
17
Sigma
Sigma
1.5%
1.5%
18
18
Design Changes
Design Changes
1.5%
1.5%
19
19
ISO
ISO
1.5%
1.5%
20
20
Project Management
Project Management
1.5%
1.5%
21
21
Customer Requirements
Customer Requirements
1.4%
1.4%
22
22
OEM
OEM
1.3%
1.3%
23
23
FEA
FEA
1.3%
1.3%
24
24
Ppap
Ppap
1.2%
1.2%
25
25
GD
GD
1.1%
1.1%
26
26
Engineering Changes
Engineering Changes
1.1%
1.1%
27
27
Assembly Drawings
Assembly Drawings
1.1%
1.1%
28
28
Troubleshoot
Troubleshoot
1%
1%
29
29
Design Reviews
Design Reviews
1%
1%
30
30
DVP
DVP
1%
1%
31
31
Customer Specifications
Customer Specifications
0.9%
0.9%
32
32
Chrysler
Chrysler
0.9%
0.9%
33
33
UL
UL
0.8%
0.8%
34
34
Data Analysis
Data Analysis
0.8%
0.8%
35
35
PCB
PCB
0.8%
0.8%
36
36
Apqp
Apqp
0.8%
0.8%
37
37
CNC
CNC
0.8%
0.8%
38
38
Product Performance
Product Performance
0.8%
0.8%
39
39
Product Specifications
Product Specifications
0.7%
0.7%
40
40
QA
QA
0.7%
0.7%
41
41
Test Programs
Test Programs
0.7%
0.7%
42
42
DOE
DOE
0.7%
0.7%
43
43
Yield Improvement
Yield Improvement
0.7%
0.7%
44
44
GM
GM
0.7%
0.7%
45
45
New Designs
New Designs
0.6%
0.6%
46
46
SPC
SPC
0.6%
0.6%
47
47
ECO
ECO
0.6%
0.6%
48
48
Pfmea
Pfmea
0.6%
0.6%
49
49
IC
IC
0.6%
0.6%
50
50
ECN
ECN
0.5%
0.5%

46,048 Product Engineer Jobs

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