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Top 50 Reliability Engineer Skills

Below we've compiled a list of the most important skills for a Reliability Engineer. We ranked the top skills based on the percentage of Reliability Engineer resumes they appeared on. For example, 13.7% of Reliability Engineer resumes contained Preventative Maintenance as a skill. Let's find out what skills a Reliability Engineer actually needs in order to be successful in the workplace.

These Are The Most Important Skills For A Reliability Engineer

1. Preventative Maintenance
demand arrow
high Demand
Here's how Preventative Maintenance is used in Reliability Engineer jobs:
  • Lead the PM plan improvement process utilizing all reliability data to improve the Preventative Maintenance process for financial optimization.
  • Established and upgraded existing routes for preventative maintenance for electricians and mechanics from root cause failure analysis.
  • Initial responsibilities included management and implementation of the predictive and preventative maintenance programs at Antelope Mine.
  • Updated equipment data, preventative maintenance task lists, and obsolete equipment to improve equipment reliability.
  • Execute Preventative Maintenance Optimization strategies at the plant to reduce failure rates and increase asset availability.
  • Streamlined Preventative Maintenance program, ensured correct Maintenance Process Safety Management Practices, managed Projects.
  • Developed preventative maintenance plans with a focus on mitigating equipment deficiencies and improving reliability.
  • Manage maintenance and operations to execute planned preventative maintenance tasks and rebuild tasks.
  • Survey chemical and petroleum production equipment for preventative maintenance and product performance
  • Assisted/co-authored Total Organic Carbon analyzer preventative maintenance program per application.
  • Developed and coordinated preventative maintenance schedules to avoid unnecessary breakdowns.
  • Created over 75 preventative maintenance standard work procedures for problem areas, contributing to 1% increase in maintenance efficiency.
  • Assisted with operator training, and led initiative to develop preventative maintenance plans and operator OPL's.
  • Implemented predictive and preventative maintenance measures for electricians and mechanics in the group.
  • Designed preventative maintenance (PM) programs regarding key pieces of equipment.
  • Assisted in scheduling of preventative maintenance on various pieces of equipment.
  • Reduced preventative maintenance work order backlog by 300 work orders.
  • SAP R/3 software site Super-user, Preventative Maintenance platform.
  • Optimized Haver preventative maintenance work done monthly.
  • Participate in the creation of preventative maintenance routines (PMRs) and bill of materials (BOMs) for plant equipment.

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40 Preventative Maintenance Jobs

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2. Failure Analysis
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high Demand
Here's how Failure Analysis is used in Reliability Engineer jobs:
  • Developed root cause failure analysis process and reliability engineering for all paper product machines that resulted n maintenance cost reduction.
  • Coordinated and scheduled package qualification tests and root cause failure analysis that resulted in on-schedule qualifications.
  • Conducted failure analysis investigations and implemented corrective actions to address reliability threats to operating plans.
  • Coordinated all aspects of package qualification, failure analysis and managed off-shore package assembly processes.
  • Supervised engineers who planned and conducted validation tests, performed failure analysis and engineering investigations.
  • Applied failure analysis, measured print quality degradation, and evaluated intermittent failure rates.
  • Conducted failure analysis and laboratory testing of microcircuits for missile guidance systems.
  • Coordinated failure analysis of failed components and resolution of these failures.
  • Created recommendations to prevent reoccurring problems using Root Cause Failure Analysis.
  • Introduced computer aided failure analysis using circuit simulation to reliability department.
  • Performed root cause failure analysis on electrical and mechanical machinery.
  • Performed component selection, qualification and failure analysis.
  • Performed equipment root cause failure analysis.
  • Conduct reliability and failure analysis studies on car and Light Truck engines, transmissions, wiring harness bundles and chassis components.
  • Worked on setting up a failure analysis lab, capital equipment, layout, staffing needs etc.
  • Perform failure analysis by using Curve tracer, High power microscope, Liquid Crystal analysis, SEM/EDX.
  • Functioned as leader in the failure analysis of process equipment.
  • Complete failure analysis on equipment to determine the cause root.
  • Conducted Failure Analysis at all levels of product life cycles.
  • Prepare Failure Reports and Failure Analysis.

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182 Failure Analysis Jobs

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3. Corrective Action
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high Demand
Here's how Corrective Action is used in Reliability Engineer jobs:
  • Developed and maintained a Relational Menu Driven Failure Analysis and Corrective Action Database.
  • Perform failure analysis on repetitive failures and implement appropriate corrective actions.
  • Lead and investigate defect elimination project and generate corrective actions.
  • Managed and facilitated root cause analyses and evaluated corrective actions.
  • Tracked corrective actions on issues resulting from reliability testing.
  • Assigned or performed corrective actions when necessary.
  • Participated in NASA Engineering Quality Audit (NEQA) & Problem reporting analysis corrective action system (PRACA) Audit Processes/surveys.
  • Update the RELEX database with the Failure Analysis and Recommended Corrective Action documentation for review at internal failure review board meetings.
  • Conducted multiple root cause and corrective action investigations, identifying and eliminating causes of early failure modes and quality problems.
  • Tracked top field issues, developed corrective action/mitigation plan and provide feed-back loop to design team for future improvement.
  • Coordinated efforts between Product Engineering, Component Engineering, and Vendors during failure trend analysis and corrective action.
  • Support the Product Engineers in analyzing current Ford Focus quality issues and applying corrective actions for future programs.
  • Perform field testing of corrective actions to determine component failures and determine costs through analysis.
  • Perform root cause analyses, validate corrective actions and document failure Reports.
  • Determined root cause and corrective actions to eliminate or reduce future delays.
  • Review thermal imaging reports and take corrective actions on failing equipment.
  • Support Corrective Action Board to discuss status of failures.
  • Establish corrective actions for the identified failure modes.
  • Establish root cause failure and corrective action.
  • Improved regional reliability by recommending solutions to top priority circuit Performed corrective action for defective equipment in 1100 sq.

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270 Corrective Action Jobs

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4. Fmea
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high Demand
Here's how Fmea is used in Reliability Engineer jobs:
  • Developed and conducted component lifetime testing using FMEA and assisted in product redesign.
  • Collaborated with different team to define tests for failure mode and effect analysis (FMEA) on next gen memory.
  • Trained Product, Manufacturing, Validation and other engineering communities in Reliability concepts (FMEA Customer Education).
  • Designed assembly processes based on Control plans, APQP, PFMEA, DFMEA, and PPAP methodologies.
  • Used failure modes effects analysis, FMEA, to audit package qualification processes.
  • Construct DFMEA and PFMEA reviews and document resulting preventative and corrective actions.
  • Surveyed within GM (MLCG) and developed FMEA training manual.
  • Facilitate FMEA and FTA sessions with product development team.
  • Perform FMEA at Circuit board level.
  • Perform FMEA using MIL-STD-1691A methodology.
  • Conduct FMEA of machinery systems.
  • Review supplier documents for compliance relative to QS-9000 requirements (APQP, PPAP, FMEA, MSA & Control plans).
  • Performed Functional Level FMEAs with associated Reliability Block Diagrams allocating component level failures rate throughout the design.
  • Performed product evaluations, FMEA, accelerated life testing through environmental, electro-mechanical, and bench-level testing.
  • Participated in FMEA process for millwide natural gas system; developed and implemented PM plan for entire natural gas system.
  • Task 5 Accomplishments: I've written testing procedures and work instructions, engineering changes notices and FMEA reports.
  • Supported the design upgrade of a military weapons interface unit on a fighter aircraft including predictions and FMEAs.
  • Supported Design FMEA team & assured quality effectiveness and on time completion of FMEAs.
  • Coordinate with Design Engineering teams on creating FMEAs on components.
  • Test results and analysis of the redesigned hardware were incorporated into FMEAs and CILs.

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153 Fmea Jobs

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5. Process Improvement
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high Demand
Here's how Process Improvement is used in Reliability Engineer jobs:
  • Completed numerous process improvement projects with excellent ROI and was the process safety manager for chlorine/chlorine related equipment within the facilities.
  • Be engineering and technical leader by developing and facilitating process improvements, review interruptions and determine corrective actions.
  • Coordinated project management tasks to implement process changes, equipment modifications as well as process improvement initiatives.
  • Analyze variety of software measures to predict reliability and help development/test for resource plan and process improvement.
  • Implemented system reliability improvement projects and process improvements across multiple functional disciplines of the company.
  • Researched and implemented process improvement activities that resulted in significant productivity and quality enhancements.
  • Implemented several controls and process improvements to improve efficiency and reduce technical downtime.
  • Prepared technical and graphical documentation facilitating continuous process improvement tasks and their implementation.
  • Relocated to Michigan to contribute to global cross-functional product and process improvement initiatives.
  • Chaired Engineering Implementation Team on divisional process improvement including several DfR activities.
  • Analyzed and supported design and process improvements ensuring proper and timely resolutions.
  • Support PIT (team) members, in all phases of process improvement for F-16 Forward Fuselage Component Production.
  • Analyzed policies with regard to customer service and efficiency, recommended policy changes and process improvements as needed.
  • Conduct technical presentations to management, engineers, operators, machinist, on products, process improvements.
  • Installed and validated selective press process improvement to reduce product deformity complaints by 70%.
  • Created strong working relationships with international colleagues for the purpose of mutual process improvement.
  • Implemented continuous process improvements for all areas of the plant.
  • Supported all production areas with planning and process improvements.
  • Led several productivity improvement and process improvement projects.
  • Coordinate and implement site-wide and divisional process improvements ( Kaizen, VSM, A3 processes)

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468 Process Improvement Jobs

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6. Test Cases
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high Demand
Here's how Test Cases is used in Reliability Engineer jobs:
  • Developed test cases, test plans, execution reports and other documents for Quality Assurance.
  • Support and lead technicians to execute and set up test cases.
  • Generated test cases and test procedures for HAST.
  • Directed all test cases to expose strengths and weaknesses regarding reliability figures (i.e.

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82 Test Cases Jobs

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7. Data Analysis
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high Demand
Here's how Data Analysis is used in Reliability Engineer jobs:
  • Acted as SAS Warranty Analysis administrator and application trainer, leading education on detailed data analysis and advanced reliability techniques.
  • Developed system reliability test plans that validated designs and utilized statistical data analysis techniques that characterized product performance.
  • Conducted experiments and data analysis to support next generation product design and troubleshoot performance issues with current production.
  • Utilize warranty data analysis techniques to identify areas of concern and opportunities to reduce losses.
  • Performed field data analysis necessary for executive team to support a major product recall.
  • Performed field failure data analysis and fed forward information to initiate corrective actions.
  • Performed Field Data Analysis through statistical means to build better reliability prediction models.
  • Conducted component qualification test design, testing and data analysis
  • Developed into the on-site trend building expert/data analysis expert.
  • Developed several automated data analysis tools for CMWS.
  • Performed data analysis and reporting.
  • Achieved reduction time of weekly labor from over 20 hours to 3 minutes by creating data analysis software -.
  • Processed all production and field return data including data collection, and data analysis to monitor failure trends.
  • Performed statistical data analysis as required for maintenance and equipment performance (MTBF / OEE).
  • Write computer programs for extracting data from databases, data analysis and operation of equipment.
  • Utilized skills acquired through multiple hands-on training classes in data analysis and troubleshooting.
  • Drive improvement in uptime and efficiency of manufacturing equipment through the use of reliability engineering tools and data analysis.
  • Received the training by ReliaSoft on foundations of reliability engineering data analysis and modelling
  • Utilize Windows-base programs and MP2 Oracle-based CMMS and Ivara EXP programs for work orders, planning, requisitions and data analysis.
  • Improved bolometer yields by assisting in data analysis of ROIC electrical failures on uncooled product.

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156 Data Analysis Jobs

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8. Mtbf
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high Demand
Here's how Mtbf is used in Reliability Engineer jobs:
  • Performed statistical analysis to analyze failure rates, MTBF's and other critical subject matter parameters of reliability measurements.
  • Performed Black Box Failure Rate/MTBF prediction calculation analysis for optical/electrical devices for repairable devices.
  • Performed MTBF/MTTF calculations on new DC/DC products; responded to customer-specific calculation requirements.
  • Maintain the MTBF/availability tracker for rotating equipment and ensure failures and defects are recorded, assessed and highlighted to asset management.
  • Conducted motor tear downs and repair shop audits to increase and sustain motor reliability for the mill by 5% MTBF.
  • Implemented recommendations correcting design problems increasing Mean Time Between Failure (MTBF) from 3 to 16 months.
  • Rail vehicle incident trend analysis (MTBF) in order to create maintenance strategies.
  • Calculate the MTBF on the Gyros to comply with military specs.
  • Gather data on MTBF and Engineering data from SAP CMMS system.
  • Determined product maintainability (MTTR) and reliability (MTBF).
  • Support and guide sustainable improvements in MTBF of major equipment.
  • Predict MTBF and the reliability of printers under development.
  • Worked with seal failures to increase MTBF.
  • Performed Cycle Testing and MTBF Demonstrations.
  • Calculate failure rates and DMTBF.
  • Lead the initiative to improve the MTBF (mean time between failures) of the pumps in the two plants.
  • Increased MTBF from 75 to 400 hours.
  • Performed Stress and Prediction Analysis Made recommendations to improve reliability and MTBF (Mean Time Between Failure)
  • Calculated MTBF and MTTF Initiated system to track field failures
  • Project goals are: Reduce mechanical seal failure rate (MTBF by 50%).

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5 Mtbf Jobs

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9. Effects Analysis
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high Demand
Here's how Effects Analysis is used in Reliability Engineer jobs:
  • Prepared analysis and test reports Reliability Prediction Reports, Failure Mode Effects Analysis, Stress analysis, Reliability Qualification Test Reports.
  • Conducted Failure Mode Effects Analysis on critical equipment and developed solutions for equipment failures.
  • Performed failure mode and effects analysis on fault-tolerant weapons-management systems for fighter aircraft.
  • Reviewed the Failure Mode Effects Analysis and Critical Items List for technical accuracy and compliance to requirements and recommend corrections.
  • Performed Failure mode and effects analysis and incorporated engineering corrective actions for the hazardous failure modes of the missile systems.
  • Performed Failure Mode and Effects Analysis on Waste Neutralization System resulting in the identification of multiple equipment and process pitfalls.
  • Performed Reliability Predictions and Failure Mode Effects Analysis (FMEA) for C130 program, F35 and other programs.
  • Managed Root Cause Analysis (RCA) and Failure Mode and Effects Analysis (FMEA) for Pulp Mill.
  • Perform Process Failure Mode and Effects Analysis for optical modules and printed circuit board assemblies using EIA/JEP131 procedures.
  • Performed Failure Modes and Effects Analysis on MEMS devices and electronic control subsystems.
  • Performed Failure Mode Effects Analysis (FMEA) on engine control system.
  • Performed Failure Modes and Effects Analysis reviews on equipment and systems.
  • Developed SPCAS Failure Modes and Effects Analysis (FMEA).
  • Led cross-discipline engineering teams through failure modes and effects analysis.
  • Create failure modes and effects analysis (FMEA)
  • Championed Failure Mode and Effects Analysis.
  • Sponsored and assisted in FAILURE MODE AND EFFECTS ANALYSIS (FMEA) of new product introductions.
  • Work on SAA's included Failure Modes and Effects Analysis (FMEA), Criticality Assessments, and Fault Tree Analysis.
  • Sponsored Failure Mode and Effects Analysis (FMEA) initiatives to improve equipment reliability and uptime.
  • Used Design of Experiments (DOEs) and Failure Modes/Effects Analysis (FMEAs).

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263 Effects Analysis Jobs

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10. Maintainability
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high Demand
Here's how Maintainability is used in Reliability Engineer jobs:
  • Assure the EPS systems reflect R&M product capabilities by guiding application of reliability-maintainability analysis results across applicable disciplines.
  • Conducted a design review which included system architecture overview, efficiency improvements, schedule, and system maintainability enhancements.
  • Support Preliminary Item Development Specification (PIDS) changes and Flight-by-Flight Reviews to assess reliability and maintainability impacts.
  • Reviewed design and drawings for compliance with the standards and codes per maintainability, accessibility and ergonomic requirements.
  • Created Reliability and Maintainability Maturation Program (RAMMP) proposals to obtain funding for implementing corrective action.
  • Support EPS architecture engineering change assessments by preparing reliability and maintainability impact statements to engineering change descriptions.
  • Redesigned equipment parts to improve reliability and maintainability in order to minimize life cycle cost.
  • Assist Project Engineering to ensure the reliability and maintainability of new and modified installations.
  • Assisted Manager of Reliability, Maintainability, and Safety Department with various coordinating assignments
  • Design Improvements on existing OEM equipment to increase reliability and/or maintainability.
  • Conducted maintainability demonstrations and BIT verification tests for electronic units.
  • Facilitated two training courses that enhanced reliability and maintainability functionality.
  • Develop reliability and maintainability plan with measurable goals.
  • Assisted in the technical review regarding maintainability compliance.
  • Performed maintainability analysis and wrote equipment maintenance manuals.
  • Perform Maintainability MTTR predictions using MIL-HDBK-472 methodology in support of logistics spare replinishment.
  • Established Reliability-Availability-maintainability (RAM) standards for Automatic Teller Machines (ATMs), Video Vending Machines and Visual Teller Machines.
  • Cross trained in Safety, and Maintainability performing FTA, and BIT Analysis Presenting design details during customer meetings.
  • Refactored existing code (PIC, 8052, and H8S) to improve firmware reliability and maintainability.
  • Provide reliability, availability, and maintainability support for all FMTVs' produced at BAE Systems in Sealy, TX.

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206 Maintainability Jobs

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11. Sigma
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high Demand
Here's how Sigma is used in Reliability Engineer jobs:
  • Completed failure analysis on returned warranty parts and utilized design for six sigma tools to complete design improvement projects.
  • Employed Statistical Analysis, Six Sigma and Reliability Engineering Processes to identify and eliminate performance problems.
  • Led a 6-sigma project to identify processes to monitor overall reliability and support/drive corrective actions.
  • Completed Six Sigma project that created robust component qualification of notebook hinges.
  • Involved in Six Sigma project that identified maintenance activities directly impacting quality.
  • Involved in updating the Control Debit Reports for the Warranty failures as a 6-Sigma Green Belt and as a team lead.
  • Applied lean six sigma methods to test designs that reduced test cost by 50% compared to historical run rates.
  • Led lean six sigma projects at two facilities which resulted in annual savings of $4.5M.
  • Instructed Lean Six Sigma and cultural change initiatives to salary and union personnel.
  • Acquired Six Sigma green belt with refrigerant blending first pass quality project.
  • Trained as a Lean Six Sigma 'Green Belt'.
  • Lean Manufacturing and Six Sigma Tools Application skills.
  • Lead Six Sigma projects and/or initiatives.
  • Completed Six Sigma training from ATS
  • Developed 6 Sigma implementation plans for regional rollout.
  • Implemented Lean Six Sigma strategies to restructure calibration due dates and tasks lists for over 180 check weights.
  • Exercised Six Sigma practices to resolve 4 chronic failures that totaled to $80K per year savings.
  • Utilized Ford Warranty system, six sigma, & SPC methods in solving vehicle problems.
  • Increased uptime using Six Sigma trending data.
  • Certified Lockheed Martin Lean Six Sigma Green Belt -Used Lean Six Sigma tools to improve the material handling process .

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69 Sigma Jobs

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12. Equipment Reliability
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high Demand
Here's how Equipment Reliability is used in Reliability Engineer jobs:
  • Developed test, inspection and non-destructive examination procedures to assure compliance with applicable codes and standards and to improve equipment reliability.
  • Leaded maintenance team to create and execute preventive maintenance of utilities and manufacturing equipment in order to improve equipment reliability.
  • Engineered process and equipment reliability improvement projects plant-wide in conjunction with maintenance and contracted resources.
  • Studied operations and failures to lower costs and improve equipment reliability and energy efficiency.
  • Identified solutions to improve manufacturing equipment reliability with the objective to reduce downtime.
  • Analyzed real-time equipment reliability performance to catch transient or quick-to-fail conditions.
  • Lowered maintenance costs through improved equipment reliability and personnel safety.
  • Led equipment reliability engineering functions.
  • Improved equipment reliability and performance by 2-15% depending on functional area by developing a PM/PdM team and structured problem solving.
  • Develop equipment reliability strategies for the Critical Rotating Equipment in our plant.
  • Suggest and Justify Equipment Reliability Improvement projects (CAPEX spend).
  • Developed reliability control plans for equipment to improve uptime and equipment reliability.
  • Produced maintenance metrics Initiated and managed improvement projects to increase equipment reliability
  • Coached staff and implemented maintenance best practices and equipment reliability improvements.
  • Developed KPIs and metrics to track and measure plant equipment reliability (MTBR, CPR, bad actors, etc.)
  • Maintained and led in the area of equipment reliability for two major accounts, Tervis Tumbler and Mercedes-Benz.
  • Provide leadership to drive out repetitive maintenance problems, reduce maintenance costs, and improve equipment reliability.
  • Used statistical methods (CROW-AMSAA, Weibul) to predict and measure/trend plant equipment reliability.
  • Provided technical, analytical, and diagnostic support in the area of process equipment reliability.
  • Lead Equipment Reliability Teams for the Baking Furnace and Potroom areas.

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149 Equipment Reliability Jobs

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13. Spare Parts
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high Demand
Here's how Spare Parts is used in Reliability Engineer jobs:
  • Define functional locations of unit operations for proper classification of asset hierarchies and their respective bill of materials and spare parts.
  • Developed critical spare parts lists for important process equipment and implemented a risk and prioritization schedule to purchase critical spares.
  • Support to the maintenance department in equipment spare parts, equipment corrective actions, and overhaul of old equipment.
  • Created Line 5 center lining documentation, which includes critical spare parts list, replacement schedule & required PMs.
  • Keep tracking of the use and manage of all the spare parts necessary for the PM overhaul process.
  • Specify and manage $650K spare parts ordering / inventory to ensure continuous and cost effective production operations.
  • Create part requisitions for spare parts base on failure rates and keep track of ware house inventory.
  • Calculated MTBM & MTBR to perform predictions for spare parts and costs.
  • Evaluate spare parts inventory for proper parts registration and stocked quantities.
  • Develop and manage critical spare parts for the Friction Material area.
  • Developed methods and processes for new spare parts management application.
  • Assisted with the setup of spare parts for new machines.
  • Set up Preventive Maintenance and spare parts on new equipment.
  • Spearheaded the start-up activities of maintenance spare parts program.
  • Create SAP Bill of Materials for Critical spare parts.
  • Developed strategies for preventive maintenance and spare parts inventories.
  • Perform spare parts inventory verifications to ensure consistency between database information and physical components.
  • Change control management for validated systems Collaborate with internal engineers and outside vendors to procure spare parts.
  • Lead Engineer tasked with coordinating the spare parts organization for all Ultra Lens Manufacturing Machines.
  • Maintain equipment and spare parts database ensuring accuracy of specifications and BOM's.

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29 Spare Parts Jobs

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14. Cmms
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high Demand
Here's how Cmms is used in Reliability Engineer jobs:
  • Developed and implemented Mechanical Integrity Program * Implemented computerized maintenance management system (CMMS).
  • Extracted and analyzed current Preventative Maintenance strategies residing within the existing CMMS System.
  • Selected and Implemented CMMS Maintenance Reliability Software for several facilities.
  • Performed quarterly PM reviews utilizing CMMS
  • Evaluated and inventoried all assets to ensure proper documentation in the Computerized Maintenance Management Software (CMMS) program.
  • Drive Asset Data Integrity through communication and training of Operators and Contract Maintainers to improve CMMS database integrity.
  • Led the data migration from an SAP based CMMS (Computerized Maintenance Management System) to Blue Mountain
  • Review and maintain the CMMS database, equipment history and work order history to identify improvement opportunities.
  • Manage monthly metrics reporting for PM and PdM Compliance through the CMMS program or SAP.
  • Added duties include training and development of the CMMS, 5S and other training initiatives.
  • Identify critical equipment spare parts and certified the inclusion of parts in the CMMS system.
  • Ensured the integrity of the Computer Maintenance Management Systems (CMMS) and standard procedures.
  • Managed work orders and notifications through SAP/CMMS as well as spares and maintenance plans.
  • Maintained updated CMMS records by adding and removing equipment and logging maintenance activities.
  • Manage to Bill of Material development process through the CMMS.
  • Utilize MP2 CMMS to manage work orders and PM/PDM programs.
  • Trained client on Computerized Maintenance Management Systems (CMMS).
  • Managed Project of Implementing CMMS (DataStream MP-2).
  • Implemented new CMMS system throughout plant.
  • Managed PM data in customer's computerized maintenance management system (CMMS).

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33 Cmms Jobs

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15. Vibration Analysis
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average Demand
Here's how Vibration Analysis is used in Reliability Engineer jobs:
  • Conducted vibration analysis on rotating equipment -Wrote concise maintenance procedures for various pumps -Completed Root Cause Failure Analysis for various equipment
  • Provided Predictive Maintenance support and managed the Vibration Analysis, Mechanical Infrared, and Mechanical Inspection programs.
  • Supported rotating equipment maintenance of centrifugal pumps and fans including vibration analysis and bearing failure assessment.
  • Managed Predictive Maintenance group in plant-wide Vibration Analysis.
  • Perform vibration analysis on critical Plant equipment.
  • Provided reliability engineering support including predictive maintenance tools such as IR scan, vibration analysis, oil and fluid analysis.
  • Have recommended and implemented new oil and vibration analysis programs as part of the predictive maintenance program for critical equipment.
  • Performed predictive maintenance on SMR's including IR analysis, Vibration Analysis and pipe thickness testing.
  • Implemented a vibration analysis program which reduced unplanned failures by 30% on critical equipment.
  • Versed in vibration analysis, balancing, alignment, mechanical seals, and lubrication programs.
  • Led the vibration analysis team in identifying potential equipment faults and guide proactive repair efforts.
  • Implement and optimize PdM technologies such as vibration analysis, infrared, and ultrasonic.
  • Involved in optimizing MFC NOM oil analysis and vibration analysis programs towards best practices.
  • Selected and hired a vibration analysis expert to work on our team.
  • Created new Vibration Analysis Program from the ground up.
  • Lead asset condition monitoring: infrared thermography, ultrasonic analysis, lubrication analysis, vibration analysis, and motor circuit analysis.
  • Perform sight spot checks and troubleshooting analysis as it pertains to Infrared, Vibration analysis, tribology or Ultra Sound technologies.
  • Purchased and became trained in using Emerson CSI 2140 analyzer and Emerson software for vibration analysis.
  • Developed and supervised plant Preventive/Predictive Maintenance Program utilizing predictive maintenance tools such as Vibration Analysis, Thermography, and Ferrography.
  • Implement predictive technologies such as: Ultrasound, thermograph, tribology and vibration analysis.

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49 Vibration Analysis Jobs

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16. Technical Support
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average Demand
Here's how Technical Support is used in Reliability Engineer jobs:
  • Implemented company Electrical Safety procedures and served as technical support for Root Cause investigations of plant incidents.
  • Provided technical support to maintenance organization during repairs including analysis of previous repairs and effectiveness.
  • Provide technical support in pumps & mechanical seal selection for new expansions/facility installation.
  • Functioned as a maintenance engineer to provide technical support during mechanical repairs.
  • Provided technical support to Marketing, Quality Control and Manufacturing departments.
  • Provide technical support to production maintenance and technical personnel.
  • Provide technical support for the design of piping and structural packages and checking of P&ID's.
  • Provide technical support to the Production and Maintenance execution groups on field related PSV issues.
  • Contributed to unit turnaround front end loading and provided technical support for multiple unit turnarounds.
  • Provide technical support with monitoring software tools to proactively identify issues and trends.
  • Provided technical support to plant operating centers using a proactive approach.
  • Coordinate with other Engineering staff to provide 24/7 technical support.
  • Provide technical support for plant activities and Maintenance functions.
  • Provide technical support to maintenance for precision repair.
  • Provide technical support to equipment problems.
  • Provided technical support for Q.
  • Handled dynamic simulation of Printed circuit board and involved in layout modification Provided technical support for new touch screen product.
  • Provide technical support and inputs during rotating equipments commissioning and start up.
  • Provided technical support to internal customers (i.e.
  • Provided technical support to customer's engineering and operations departments related to Pfaudler equipment, inventory, maintenance and service.

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233 Technical Support Jobs

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17. RCM
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average Demand
Here's how RCM is used in Reliability Engineer jobs:
  • Identify potential problems on new equipment and performed systematic FMEA/RCM analysis using a team oriented approach.
  • Performed RCM analysis on critical equipment to determine proper maintenance interventions o PM, Preventive Maintenance.
  • Specialized training in RCM-II facilitator certification, MTA facilitation, and EXP-Pro implementation software.
  • Conduct Reliability Centered Maintenance [RCM] and generate appropriate reliability metrics.
  • Develop and updated new maintenance strategies, SOP, spare parts, job plans and operational checks based on FMEA/RCM results.
  • Designed and implemented Reliability Centered Maintenance (RCM) in 5 mine sites to yield $5.1M in annual savings.
  • Involved with 84 Hot Strip Mill to facilitate RCM-II analyses for the assets within the mill, 2008.
  • Generated and managed the Reliability Centered Maintenance (RCM) strategy and completion for capital projects.
  • Developed and implemented plan to review and improve inspection PMs using RCM II methodologies.
  • Resolved severe rate of wear issues on plant equipment using RCMP methodologies.
  • Facilitated and site expert on RCM2 equipment strategy process.
  • Perform FMECA and RCM analysis via written instruction.
  • Trained in RCM and Root Cause Analysis techniques.
  • Implemented TPM and RCM programs.
  • Performed and managed asset prioritization and task optimization throughout the entire Seadrift Coke Plant using a streamlined RCM approach.
  • Develop RCM (Reliability Centered Maintenance) program for Amtrak and Amtrak's State partners i.e.
  • Put 18 months into a continuous improvement and RCM business improvement project with the Ivara Corporation.
  • Support capital projects, providing best practices, CMOs, RCM practices, etc.
  • Minimized equipment failures through: o Data capture and analysis o Conducting RCMs, RCAs, FMEAs, etc.
  • Experienced user of ORACLE EAM CMMS, TapRoot RCA, Reliasoft Weibull++, RGA, and RCM ++ software.

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63 RCM Jobs

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18. Equipment Failures
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Here's how Equipment Failures is used in Reliability Engineer jobs:
  • Identify opportunities to reduce all maintenance related expenses primarily from reducing unscheduled breakdowns and equipment failures.
  • Performed and led root cause failure analysis on unplanned events related to electrical equipment failures.
  • Performed failure analysis on critical equipment failures to identify causes and prevent future similar failures.
  • Performed Root Cause Analysis with operators and mechanics on equipment failures and process limitations.
  • Performed FMEA s for department on all major equipment failures including improvement recommendations.
  • Utilize root cause analysis to implement effective countermeasures for equipment failures.
  • Resolved mechanical equipment failures of varying degrees of complexity.
  • Investigated and facilitated resolution of equipment failures.
  • Analyzed reliability metrics and data to understand the cause of equipment failures, provide work direction, and prevent future failures.
  • Performed as subject matter expert for equipment failures and repair techniques during root cause investigations.
  • Reduced rotating equipment failures from 22 monthly to seven, a 300% decrease.
  • Lead 5Y investigations on equipment failures where equipment expertise is required.
  • Performed Root Cause Analysis, utilizing 5Y, for equipment failures.
  • Diagnose equipment problems and perform Root Cause Analysis on equipment failures.
  • Perform root-cause analysis for all major equipment failures.
  • Produced root cause analysis on equipment failures.
  • Lead teams consisting of operators, mechanics and electrical specialist in troubleshooting and failure/root cause analysis of all rotating equipment failures.
  • Analyze root causes of equipment failures, making and implementing cost effective improvement recommendations.
  • Root Cause Analysis: Address safety incidents, equipment failures, device assembly and packaging line issues (e.g.
  • Utilized Meridium software and PROACT method to analyze and track multiple equipment failures.

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63 Equipment Failures Jobs

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19. RCA
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Here's how RCA is used in Reliability Engineer jobs:
  • Facilitate Apollo RCA studies following equipment failures (Defect Elimination & HSE Investigation) for all Manufacturing areas across the site.
  • Worked with field service groups and used field data to resolve technical issues in the field, using FMEA and RCA.
  • Performed RCA on reactive triggered events that caused significant downtime, injury, poor quality, regulatory fines, etc.
  • Provide historical data for the detailed root cause analysis (RCA) of fleet and unit specific issues.
  • Reviewed the mixers fleet renovation plan using LCCA and established KPI s. Trained the staff in RCA.
  • Perform DFR reviews and develop Cause Map RCA and FMEA's for new product design changes.
  • Performed in depth RCA's for the mines Safety Department as well as the Maintenance Department.
  • Use RCA and DMAIC methods to identify root causes of instrument issues and recommend corrective actions.
  • Perform RCA and FMEA on failures; implement reliability tools to improve equipment reliability.
  • Perform RCA on equipment failures; determine corrective actions to improve equipment reliability.
  • Developed RCA initiative for all making, packing, and product transportation equipment.
  • Performed RCA on chronic issues uncovered through OA & FMEA process.
  • Participated in five structured, rigorous, team-based RCA exercises.
  • Perform Fitness for Service assessments and RCA s on demand.
  • Maintain RCA database while assisting teams complete action items.
  • Organized relentless root cause analysis (RRCA) meetings.
  • Perform RCA and FMEA on failures; Work with OEM's on Startup and Upgrade projects.
  • Developed Reliability Targets, BIs, RCAs & FRACAS, Infant Mortality Rate and Product Life Cycle.
  • Used orCAD 16.0 to create schematics, generate bill of material, netlist.
  • Conductded RCA's and over seeing equipment improvments to increase equipment uptime.

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165 RCA Jobs

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20. Fmeca
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Here's how Fmeca is used in Reliability Engineer jobs:
  • Substantiated/Justified components inherent failure rates utilized in the FMECA.
  • Achieved quality excellence and continual improvement of engineering design, created Fault Tree Analysis FTA and FMECA and MTBF apportionment.
  • Performed the FMECA on the C-17/MFD Vector Generator/Processor CCA and as a result gained useful knowledge of MIL-STD-1750A ISA.
  • Manage reliability analysis for FMECA, FMEA, and FRACAS for component systems for the THAAD program.
  • Performed FMECA, Reliability Prediction & Reliability modeling for Space Shuttle Components.
  • Created system level FMECA for a complex military Stores Management System.
  • Lead engineers in writing System FMECA.
  • Created and maintained FMEA/FMECA 4.
  • Conducted system level reliability modeling, reliability prediction, reliability assessment, FMECA, MTTF/MTBF/MTTR prediciton.
  • Analyzed, updated, and completed the (FMECA) for the Standard Navy Double Lock (SNDL) Recompression Chamber.
  • Created circuit-level FMEA/FMECA for the secondary power distribution assemblies and non-linear inverter units for the F-35 Lightning II.
  • Analyzed supplier sub-system data to create the complete System Failure Modes Effects and Criticality Analysis (FMECA).
  • Created Process FMEA's and FMECA's for Lockheed-Martin electronics manufacturing site in Ocala, Florida.
  • Created and updated the Reliability/Testability (FMECA, RBD, FTA, SSA, etc.)
  • Developed detailed system Failure Mode Effects and Criticality Analysis (FMECA).
  • Automated FMECA and other FRACAS related tasks for reliability users.
  • Assisted in FMECAs development when work load was heavy.
  • Perform FMECA on Equipment to help Optimise the correct level of maintenance and labour resource requirements.
  • Performed FMECA (MIL-STD-1629) on APDMS (A/C Propulsion Data Mgmt.
  • Represented reliability during dFMECA/pFMECA meetings to determine failure modes and mitigations.

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136 Fmeca Jobs

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21. Oil Analysis
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Here's how Oil Analysis is used in Reliability Engineer jobs:
  • Created plant wide oil analysis program: -Initiated work to equip critical equipment with lubrication system contamination control hardware.
  • Secured equipment precision alignment, vibration analysis and oil analysis training for site management, engineering and crafts.
  • Utilize predictive maintenance technologies such as vibration analysis, and oil analysis to determine equipment health.
  • Expanded existing oil analysis program to gearboxes throughout plant which resulted in reduced unscheduled downtime.
  • Implemented oil analysis program on large critical gearboxes and hydraulic drives to identify contamination.
  • Oil analysis interpretation for hydraulic and gear oil applications.
  • Managed routine vibration and oil analysis program.
  • Updated component oil analysis database.
  • Perform predictive maintenance tasks as assigned using ultrasonic and infrared tools, as well as developing an oil analysis program.
  • Assisted in selection of an improved Oil Analysis Lab to provide superior data in a much more timely fashion.
  • Conducted analyses of equipment utilizing calipers, gauges, motor analysis, oil analysis, and high speed film.
  • Developed the PM, oil analysis, vibration analysis program for the new phase of the plant.
  • Saved more than $16,000 per year by implementing Oil Analysis on critical equipment.
  • Prepare reports and actions based on the oil analysis.
  • Expanded scope of oil analysis program by 30%.
  • Implemented laser alignment, vibration analysis, oil analysis, and infrared thermography programs.
  • Implemented and utilized predictive maintenance tools, including Vibration Analysis, Oil Analysis, and Thermography (IR Camera).
  • Project Management: * Managed predictive maintenance program (oil analysis and vibration monitoring) and small projects.
  • Managed and updated predictive maintenance such as; oil analysis, vibrations, and thermography.
  • Supported a predictive/preventive maintenance program (Metallurgical Inspection, Vibration & Oil Analysis, Laser Alignment, Thermography).

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22. Critical Equipment
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Here's how Critical Equipment is used in Reliability Engineer jobs:
  • Developed equipment inspection plans and expected failure mechanisms based on process chemistry and adapted known standards for non-standard critical equipment.
  • Developed a preventative maintenance system for vibration monitoring, for installation on critical equipment.
  • Performed vulnerability assessments of critical equipment and made recommendations for improvement.
  • Established equipment inspection program, identified critical equipment.
  • Assisted unit in classifying business critical equipment.
  • Perform failure analysis on critical equipment.
  • Introduced emergency cooling procedure on all USN Aegis ships to preserve mission critical equipment functionality during loss of coolant.
  • Performed root cause analysis (RCA) of critical equipment failures prepared an action plan.
  • Support Critical Equipment and all Plant Combustion Systems, mandated regulatory standards.
  • Established a predictive maintenance program to include all PSM critical equipment.
  • Established an Equipment Ranking Program to identify critical equipment and spares.
  • Conducted Failure Mode Effect Analyses (FMEA) for critical equipment.
  • Reduced lost production hours for critical equipment by 87%.
  • Developed and scheduled SAP PM's for critical equipment.
  • Established a critical equipment list for each unit.
  • Recommend start up testing and documenting on critical equipments to assure proper performance and maintain operating parameters throughout its working life.
  • Use the criticality ranking tool for GMP assets to implement reliability centered maintenance for highly critical equipment in manufacturing areas.
  • Check and verify MDR's, maintain statutory record keeping of SCEs (Safety critical equipment) in the refinery.
  • Reviewed area P&IDs and SAP (CMMS) data to organize and rate all critical equipment.
  • Performed FMEAs for critical equipment.

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23. Rcfa
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average Demand
Here's how Rcfa is used in Reliability Engineer jobs:
  • Completed root cause failure analysis utilizing Apollo RCFA software if necessary and tracked recommendations.
  • Complete RCFA investigation and develop solutions to eliminate defects and prevent recurrence.
  • Facilitate formal RCFA of selected equipment availability issues.
  • Perform RCFA on critical electrical and instrumentation failures.
  • Performed detailed RCFA work for all bad actors, including reports and action plans for solutions to resolve the problem issues.
  • Performed the mechanical RCFA at the plant as well as coordinate the necessary improvements to prevent the failure from happening again.
  • Facilitate Root Cause Failure Analysis (RCFA) with cross-functional teams for major failures, solving problems permanently.
  • Lead Engineer for Root Cause Failure Analysis RCFA issues around Instrument and Electrical Failures on Paper Machines.
  • Manage the mill's RCFA system of analysis and reporting, engineering out solutions to prevent recurrence.
  • Assisted in leading RCFA Meetings for solving issues concerning problematic start up and frequent asset component failures.
  • Served as project manager, capital spares guardian, MIQA spoke lead and RCFA lead.
  • Develop RCFA and Action Plans for Safety, Quality & Productivity Improvements of machinery issues.
  • Root cause failure analysis (RCFA); determine design weaknesses and propose optimal solutions.
  • Coach national engineers on improving root cause failure analysis (RCFA) and communication skills.
  • Lead cross-functional groups through several RCFA ranging from $35K to $150K failures.
  • Performed root cause failure analysis (RCFA) for several problem applications.
  • Participated in Reliability Centered Maintenance exercises (RCFA, FMEA).
  • Managed critical incident investigations, RCFAs, and improvements to reduce mechanical failures by 33%.
  • Root cause analysis(RCFA) on frequent mechanical seal failures in High Pressure Sundyne Pumps.
  • Conduct Root Cause Failure Analysis (RCFA) and initiate corrective actions for complex and repetitive problems.

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24. Fracas
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average Demand
Here's how Fracas is used in Reliability Engineer jobs:
  • Provide engineering support to failure reporting analysis corrective action system (FRACAS); another Windchill Quality Solutions capability.
  • Perform FRACAS, reliability scoring, reliability growth management, and reliability improvement programs.
  • Documented all results in Excel & Word DVT Reports, and established a FRACAS issues tracking database.
  • Implemented a Failure Reporting, Analysis and Corrective Action System (FRACAS) data for failed components.
  • Implemented their first Failure Reporting, Analysis, and Corrective Action System (FRACAS).
  • Conduct Failure Reporting and Corrective Action System (FRACAS) activities on government program.
  • Provided continuous improvement through Failure reporting, analysis and corrective actions (FRACAS).
  • Performed all FRACAS activities including failure analysis on higher and lower level assemblies.
  • Managed FRACAS on various missile systems including development of databases using Microsoft Access.
  • Investigated, classified and documented substandard drilling motor events via FRACAS system.
  • Provided Interface with Suppliers and Management in regard to FRACAS issues.
  • Created FRACAS for Navy Radar Countermeasure System (SEWIP V6).
  • Worked with suppliers on FRACAS and Reliability analyses.
  • Managed FRACAS database for various projects.
  • Maintain FRACAS to eliminate defects.
  • Coordinated FRACAS efforts between Kokomo Indiana and Tucson Arizona location.
  • Developed Spares and Reliability Growth modeling analysis Developed and maintained the Failure Reporting and Corrective Action System (FRACAS) database.
  • Experience in RBDs, Reliability Centered Maintenance, RCMA, FRACAS, etc.
  • Mentored entry-level Reliability Engineers in FRACAS processes and the conduct of FRBs.
  • Reviewed Program Analysis of Data and Streamline Present FRACAS Recordin

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102 Fracas Jobs

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25. Reliability Predictions
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average Demand
Here's how Reliability Predictions is used in Reliability Engineer jobs:
  • Performed reliability predictions for different commercial camera configurations
  • Developed reliability predictions that combined accelerated life test results and predictive models to demonstrate that new products met reliability requirements.
  • Supported and assisted with reliability predictions, analysis of field data and feed analysis results into reliability predictions.
  • Performed and ensured transponder box reliability assessment which included reliability predictions and part failure rates.
  • Provide reliability analyses including stress and failure mode analysis, along with reliability predictions.
  • Performed over 250 detailed reliability predictions to predict the probability of success.
  • Developed automated tool for generating hybrid reliability predictions.
  • Completed reliability predictions based upon Military Handbook 217.
  • Produced reliability predictions for product in development.
  • Calculated reliability predictions (MTBF) for programs in development through use of MIL-HDBK-217 and associated software (REAP).
  • Determined reliability predictions for Mean Time Between Failure (MTBF) for hardware designs.
  • Performed Reliability Predictions, Mechanical Life testing to support 20 year Life.
  • Performed reliability predictions analysis to enhance the new product's life cycle.
  • Conducted Reliability Predictions, and generated System Reliability models for configuration benchmarking.
  • Developed a variety of Reliability Predictions using many different Reliability standards.
  • Developed Bellcore Reliability Predictions on multiple projects.
  • Used analytical tools including FMEA/FMECA per MIL-STD-1629, reliability predictions per MIL-HDBK-217F and PRISM and fault tree analysis.
  • Created transponder reliability prediction Collaborated with reliability engineers in other reliability predictions Chaired Failure Review Board
  • Perform reliability predictions, derating analysis, detailed circuit analysis, Failure Modes Effects and Criticality Analysis (FMECA).
  • Developed Reliability predictions, maintainability analyses, and procedures for the INFIRNO LRUs to support FMECAs

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55 Reliability Predictions Jobs

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26. Maintenance Strategies
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Here's how Maintenance Strategies is used in Reliability Engineer jobs:
  • Support department reliability activities including ensuring the development, updating and implementation of departmental Facility Maintenance Strategies (FMS).
  • Developed and implemented reliability and maintenance strategies and tactics for optimization of paper machines and support equipment.
  • Developed predictive maintenance strategies for rotating equipment using condition monitoring techniques like vibration analysis.
  • Develop equipment maintenance strategies using methods based on Reliability Centered Maintenance concepts.
  • Enhanced production quality control by creating instrument maintenance strategies.
  • Designed database from creating equipment maintenance strategies.
  • Developed Equipment Maintenance Strategies (FMEA analysis, spare parts, PPM - predictive and preventative maintenance tasks, etc.)
  • Generate equipment maintenance strategies on the most critical assets to prevent functional failures and identify critical spare parts.
  • Tailored equipment maintenance strategies to minimize downtime and costs.
  • Review of the maintenance strategies, i.e.
  • Develop equipment maintenance strategies for key systems.
  • Provided cost reduction plan by leading criticality risk assessment of major process equipment to develop maintenance strategies.
  • Developed equipment maintenance strategies based on maintainability model Built executable models for accurately predicting system weaknesses.
  • Mentored Reliability Engineers in creating and implementing Equipment Maintenance Strategies.
  • Facilitate development and on-going completion of equipment maintenance strategies.
  • Developed equipment maintenance strategies that were leveraged globally.
  • Developed maintenance budgets, as part of a multi-disciplinary group, to support equipment maintenance strategies.
  • Perform vibration analyst (category I) Responsible for the development of new maintenance strategies.
  • Develop maintenance strategies using the appropriate tools (i.e.
  • Developed and implemented 592 preventative maintenance strategies for the new Oligomers Process, ensuring plant reliability.

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27. R
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average Demand
Here's how R is used in Reliability Engineer jobs:
  • Created Subversion configuration record for builds using derived objects generated during build audit process.
  • Developed strategies for plant programs aimed at improving equipment availability and reducing life-cycle cost.
  • Implemented and promoted use of Hudson within the developer community for Continuous Integration.
  • Experience in working with configuration management tool like Puppet for deploying the codes between different environments.
  • Deployed Java/J2EE applications on to the Apache Tomcat server and configured it to host the websites.
  • Attended the Minor/Major Event change control meetings to get necessary approvals for the deployment request.
  • Managed and performed the environment related configuration changes as a part of deployment.
  • Coordinated application releases with Development, DBA, QA and Project Management teams.
  • Used Subversion and Git as version Control for maintaining the versions.
  • Configured and automated the Jenkins Build jobs for Continuous Integration.
  • Used Apache Tomcat as application server for deploying the artifacts.
  • Experienced in building Java application using Maven scripts.
  • Used Perl/Shell to automate build and deployment Process.
  • Used MAVEN to automate the build process and create Jar, War files for the source code.
  • Coordinated Release effort amongst various teams (Integration, QA, Testing, and Business Analysis) in geographically separated environment.
  • Integrated the Code Quality tools Cobertura, PMD, Find bugs and Check style to Maven Projects.
  • Implemented Workflows Orchestration using Bamboo also with Jenkins for diff projects.
  • Installed and Configured Jfrog Artifactory to manage the artifacts in different Repositories.
  • Created deployment request tickets in Jira & Remedy' for the deploying the code to Production.
  • Worked with Atlassian tools like Bamboo &Jira.

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28. Reliability Analysis
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Here's how Reliability Analysis is used in Reliability Engineer jobs:
  • Provided reliability analysis showing excellent system performance and was instrumental in winning U.S. Congressional support on critical programs.
  • Developed test plans for new lawn and garden tractor products * Performed reliability analysis and design of experiments
  • Advise and confer with engineering and management during design reviews to provide reliability analysis and recommendations.
  • Worked with NGC Corporate VP in developing innovative mathematical methods of Reliability Analysis.
  • Provided nuclear power plant control system retrofit reliability analysis and Fault Tree.
  • Performed all reliability analysis tasks and conducted reliability testing for these units.
  • Evaluate systems and system components for reliability analysis and documentation.
  • Team leader for reliability analysis and mission performance requirements allocation.
  • Coordinate reliability analysis with reliability teams.
  • Submitted reliability analysis to product engineering with suggestions for product improvement(s) where needed.
  • Led the conceptual design and reliability analysis of an integrated system of C4ISR robotic platforms.
  • Performed reliability analysis of read failure mechanism to achieve high endurance 20nm planar SSD.
  • Project lead for design and implementation of Reliability Analysis program for United Space Alliance.
  • Prepared and review Mission Reliability Analysis for F-16 OZGUR Aircraft.
  • Perform a range of reliability analysis, i.e.
  • Analyzed, negotiated and made decisions concerning the Reliability analysis metrics including Continuing Engineering and Designated Engineers (DERs).
  • Scheduled and conducted quarterly meetings with airlines to review their reliability analysis for their components/aircrafts.
  • provided maintenance and reliability analysis for ultra-class mining haul trucks.
  • Developed a graduate level course on advanced power system reliability analysis intended for the Masters and the Ph.
  • Performed reliability analysis of PCAs & complex chip failure modes, Controller & NAND Flash.

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75 Reliability Analysis Jobs

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29. Engineering Department
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Here's how Engineering Department is used in Reliability Engineer jobs:
  • Assigned to a plant-engineering department that addresses the overall reliability of an electronics specialty gas production facility.
  • Set up reliability program in the facility engineering department.
  • Suggested design improvements to the design engineering department when issues were found.

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26 Engineering Department Jobs

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30. PDM
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low Demand
Here's how PDM is used in Reliability Engineer jobs:
  • Identified need for PdM technology training; facilitate certification for direct reports and provided familiarization for mill-wide maintenance personnel.
  • Supervised, trained and evaluated Maintenance Planner/Schedulers, Preventative/ Predictive Maintenance (PM/PdM) Technicians and Engineering Interns.
  • Contracted and managed vendor support for installing vibration sensors and conducting additional PdM monitoring.
  • Project included the development of PM's/PdM and operator rounds, lubrication schedules, equipment record and BOM's for all equipment.
  • Implement production reliability programs including TPM, Preventive Maintenance (PM), and PDM (Predictive Maintenance).
  • Assess, design, train and implement preventive (PM) and predictive maintenance (PdM) Programs.
  • Partner with suppliers and technical resources to document best practices in PM, PdM, and CdM tasks.
  • Collaborated with operations, maintenance, and planning to develop schedule emphasizing the importance of completing PM/PdM work.
  • Report PdM findings to Plant management for the purpose of equipment repair and modification.
  • Perform inspections; plan and lead electrical PM and PdM activities for the site.
  • Instituted the use of Ultrasonic measurements for low-speed mechanical and high voltage electrical PDM.
  • Reviewed electrical PM and PdM activities and manage the PM data for the site.
  • Issued Standard Operating Procedures defining the PdM program and for monitoring motor conditions.
  • Instituted new procedure replacing Preventive Maintenance tasks with PdM techniques.
  • Developed maintenance and operations tasks as well as PM/PdM team.
  • Reviewed electrical PM and PdM activities for site equipment.
  • Modified PdM/PM tasks on equipment requiring optimized tasking.
  • Provided Reliability/Technical Support to Utilities and Waste Water Treatment, monitored PM/PdM programs, monitored major Cogen repairs and PM's.
  • Lead Reliability Teams for DP and Packaging Area, providing guidance to PdM Technicians and Maintenance Engineers.
  • Create and modify PM/PDMs based on analysis of work orders and equipment downtime.

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19 PDM Jobs

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31. Fault Tree Analysis
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low Demand
Here's how Fault Tree Analysis is used in Reliability Engineer jobs:
  • Perform Reliability analyses on the Advanced Arresting Gear program, including Software FMECA, Fault Tree Analysis, and Software Safety.
  • Performed data analysis, DFMEA/ Fault Tree Analysis and provided ongoing logistical support.
  • Conducted FMEA, fault tree analysis, and reliability predictions.
  • Modeled test failures using FMEA and fault tree analysis.
  • Create Fault Tree Analysis (FTA).

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151 Fault Tree Analysis Jobs

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32. Reliability Issues
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low Demand
Here's how Reliability Issues is used in Reliability Engineer jobs:
  • Worked closely with maintenance and contracted resources to engineer innovative solutions to safety, quality, and reliability issues.
  • Provide assistance to maintenance personnel on reliability issues and corrective actions to improve system performance and attain reliability goals.
  • Specify technical solutions to known reliability issues in conjunction with discipline Engineers, specialist vendors and equipment suppliers.
  • Addressed electrical & instrument reliability issues, managed electrical distribution system growth, installation, checkout and start-ups.
  • Support plant maintenance and reliability issues that are impacting plant performance and production capabilities.
  • Work with other disciplines as well as outside customer/government representatives to resolve reliability issues.
  • Prepared formal written reports and presentations to upper management on reliability issues.
  • Led component commodities in Production, Supplier Management and Reliability issues.
  • Provide engineering support for equipment maintenance and reliability issues.
  • Handled reliability issues verification and problem analyzing.
  • Solved reliability issues of heads/media.
  • Provided feedback to design engineering, senior management, and other departments about field issues, reliability issues, etc.
  • Developed tool to analyze reliability issues due to product level Soft Errors caused by cosmic rays and alpha particles.
  • Generate a top reliability issues report for the program and develop risk mitigation plans for each issue.
  • Facilitated Root Cause Analysis to address reliability issues on various systems including tanks, pumps and piping.
  • Performed analysis on two Top Priority Circuits each month to solve recurring reliability issues.
  • Identify and track reliability issues in manufacturing, test, and the field.
  • Initialize machine PM's, build lubrication routes, eliminate equipment reliability issues.
  • Coordinate teams of engineers to determine root cause of complex reliability issues.
  • Advise Section 16 officers on urgent reliability issues impacting patient safety.

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33. Product Reliability
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low Demand
Here's how Product Reliability is used in Reliability Engineer jobs:
  • Performed new product reliability qualifications and improvement experiments based on MIL-217 and FDA with emphasis on reliability, availability and serviceability.
  • Orchestrated tailored testing techniques and programs to ensure on-budget operations which resulted in maximized product reliability and within budget constraint.
  • Recommend design changes, test methods and statistical process control procedures to achieving required levels of product reliability.
  • Enabled multiple ODM/OEM partners and design centers as part of Globalization initiative to ensure consistent product reliability.
  • Performed Reliability prediction and allocation to determine product reliability using field data, LambdaPredict3 and MIL-HDBK-217.
  • Improved product reliability and yield by investigating failure trends and implementing engineering changes and process changes.
  • Reviewed product labeling to improve customer satisfaction, customer safety, and product reliability.
  • Worked with design and manufacturing to improve optical network product reliability and quality.
  • Monitored Product Reliability Acceptance Tests, reviewed, and published results to management.
  • Supported suppliers in failure analysis to understand factors limiting product reliability.
  • Provided suggestions and implemented design modifications to improve the product reliability.
  • Develop and maintain product reliability scorecards to prioritize issue escalation.
  • Worked with product design engineers and reliability analysts in concept, design, testing and manufacturing phase to improve product reliability.
  • Used techniques such as FMEA, strain analysis, DOE, yield and defect data analysis to improve electronic product reliability.
  • Applied Reliability tools to ensure robust product design early in the design cycle and demonstrated product reliability and confidence levels.
  • Designed measures and graphical displays of product reliability for division quality manager's, monthly reports.
  • Led a team of engineers and technicians to increase product reliability and customer satisfaction.
  • Created and executed test processes to evaluate the product reliability.
  • Provided input to new designs to improve product reliability.
  • Risk Assessment and Reliability Improvement: Predict new product reliability (failure rate, warranty accrual, cost of coverage etc.

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185 Product Reliability Jobs

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34. New Equipment
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low Demand
Here's how New Equipment is used in Reliability Engineer jobs:
  • Evaluate equipment to determine and justify new equipment or rebuild and creating justifications for capital replacements.
  • Analyze testing results to determine acceptability of new equipment installations.
  • Provide trouble shooting and technical support on the floor during breakdowns, planned maintenance, projects and new equipment installation.
  • Involved in specifying new equipment for plant expansions, retrofits, and new product development.
  • Planned and budgeted for new equipment installations around the plant through coordination and communication.
  • Perform RCM analysis on new equipment installations and critical assets within the facility.
  • Conduct tests on new equipment to be used as upgrades on existing equipment.
  • Trained on new equipment purchases for brush manufacturing at vendor's plant.
  • Performed basic FEA and Flow Simulation to design and optimize new equipment.
  • Establish PMs for existing equipment, new equipment installations or modifications.
  • Create and perform testing required for new equipment installations.
  • Develop equipment maintenance plans for new equipment.
  • Coordinate new equipment purchases with conveying vendors.
  • Evaluate and purchase new equipment's.
  • Make equipment recommendations, assist in prioritizing maintenance activities and supervise new equipment startup.
  • Create performance, installation, and operational qualification validation documentation for new equipment installations.
  • Managed multiple projects from new equipment introduction through installation & startup/acceptance testing.
  • Performed Engineering Studies of 4.16kV, 12.47kV, & 34.5kV Distribution Circuits to facilitate new equipment installation and upgrades.
  • Redesign of Packaging for Improved Process Original Engineering Design Work for New Equipment and Processes.
  • Provided training for plant Electricians on new equipment including switchgear and Electrical Safety Equipment.

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53 New Equipment Jobs

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35. Capital Projects
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low Demand
Here's how Capital Projects is used in Reliability Engineer jobs:
  • Developed justification and scope for maintenance and capital projects, utilizing input from operations personnel and root-cause analysis action items.
  • Assist engineering with capital projects utilizing electrical technical experience by interpreting National Electrical Code and evaluating best practice designs.
  • Participated in turnaround and capital projects, reliability improvements, process hazard analysis and safety reviews.
  • Initiated and executed change controls and managed capital projects for equipment improvements and replacements.
  • Identify and lead capital projects to improve equipment performing below established standards.
  • Provide engineering support for capital projects from project initiation to completion.
  • Supported plant maintenance and managed capital projects.
  • Implemented numerous capital projects in line with the company s 5 year plan to increase the plants competitive advantage.
  • Managed and completed capital projects by coordinating with plant production, plant maintenance, suppliers, and contractors.
  • Provide technical support to the Capital Projects team for the selection of fixed equipment for reliability improvement projects.
  • Managed the majority of the maintenance capital projects for three separate production facilities.
  • Initiated, authored and executed small capital projects up to $200K
  • Planned and directed large capital projects with internal & external contractors.
  • Planned and overseen capital projects and maintenance repair jobs.
  • Provide input on capital projects to build in reliability.
  • Create detailed cost estimates for capital projects.
  • Calculate return of investment for capital projects.
  • Lead capital projects as assigned.
  • Project Engineer/Manager Managed turn-key capital projects from conceptual design through commissioning and full operation.
  • Project manager for reliability capital projects Site SME for lubrication excellence.

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89 Capital Projects Jobs

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36. Reliability Program
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low Demand
Here's how Reliability Program is used in Reliability Engineer jobs:
  • Improved the Operator Driven Reliability program by developing and amending technical spreadsheets containing pump performance curves, data sheets and operation parameters
  • Developed and managed mechanical reliability programs (vibration analysis, lubrication, crane reliability and root cause failure analysis).
  • Lead in development of site reliability program and involved in implementing reliability best practices across the entire maintenance structure.
  • Developed and maintain the company's reliability program using Excel and an in-house designed manufacturing delay system.
  • Managed reliability program for Utility area including developing proactive preventive maintenance plans and operator performed maintenance.
  • Implement production reliability programs including Total Productive Maintenance, Preventive Maintenance, and Predictive Maintenance.
  • Generated Safety Program Plan, Reliability Program Plan, and Reliability Demonstration Plans.
  • Developed and established key initiatives and strategies to implement a phased Reliability program.
  • Monitored equipment performance and tracked anomalies detected as a Reliability program metric.
  • Established Reliability Program: developed program plan, specifications, allocations.
  • Supervised planners and data entry clerk in implementing Reliability program.
  • Implement an equipment reliability program focused on critical assets.
  • Supported reliability program for mechanical seals at customer facility.
  • Develop and implement an electrical reliability program across fleet.
  • Highlighted Experience: o Reliability Program Development.
  • Develop and implement an asset reliability program for the three potash processing facilities and two underground mines.
  • Established reliability programs with TPM (Total Productive Management) to improve production and quality.
  • Prepare FMEA and implement Reliability Program Plan for Electrical Systems of STEM.
  • Develop and implement reliability programs, focusing on long term issues.
  • Managed the Rotating Equipment Reliability program including 700+ process pumps.

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37. ISO
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low Demand
Here's how ISO is used in Reliability Engineer jobs:
  • Conducted detailed investigations of inventory parts for Air Force contracts identifying parts needed and researched cost comparison to commercial parts.
  • Collaborate with maintenance department supervisors in repairs and provide expert advice of materials selection, welding procedures and inspection requirements.
  • Performed fault isolation, failure analysis and developed corrective action for all failures occurring during reliability test programs.
  • Created isometric images of entire plant and detailed illustrations of bad actor applications.
  • Assisted in design of a lube truck design that proved ISO cleanliness improvements from bulk storage to the end point application.
  • Key contributor to the company ISO 9001 Qualification effort including writing/revision major portions of the company Quality Manual.
  • Provided technical and supervisory support for scheduled shutdowns and capital projects, as well as unscheduled events.
  • Review procedures of Production Lines to assure compliance with ISO-9000 and GMP s regulatory requirements.
  • Acted as a liaison between Marketing and Engineering teams to innovate new RF products.
  • Assessed hardware failure detection, isolation, and recovery systems (FDIR).
  • Develop Operator PM's to support the transition to a TPM/ISO 9000 environment.
  • Identified parts needed and researched cost comparison to commercial parts.
  • Attended course on auditing for ISO 9001/TS
  • Participated in yearly ISO audits.
  • Promoted to Reliability Service Engineer, shift supervisor Responsibilities: Troubleshooting and Electrical repair.
  • Developed SOP USFM 1082 Tool Management reducing contamination through traceability as mechanics tools are tracked throughout all ISO classified areas.
  • Managed capital projects for the 3-Tab and Laminator line while also providing supervisory leadership of the Maintenance Department.
  • Revised Neltec Quality Manual to meet the ISO 9000-2000 standard.
  • Acted as liaison for contracted interior and exterior facilities maintenance.
  • contract employee through Modern Engineering) - Truck Group Quality Liaison.

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936 ISO Jobs

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38. Weibull
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low Demand
Here's how Weibull is used in Reliability Engineer jobs:
  • Determined power and temperature acceleration factors for MTTF/lifetime estimation using high power tests and Weibull statistics.
  • Estimated time to failure by Weibull distribution, and equipment availability using Monte-Carlo.
  • Prepared component reliability predictions using Weibull analysis and warranty analysis with AWS.
  • Interpreted Weibull plots to understand failure mode and/or improvements made in reliability.
  • Performed Weibull analysis on time-to-failure field return data to predict trend.
  • Developed Reliability Test plans to determine Weibull parameters for mechanical parts.
  • Consolidate data from all available sources and conduct reliability analyses, including Weibull and other methods, as required.
  • Develop failure models (Weibull, MCF) to allow government better understanding of equipment performance over time.
  • Researched field events and build predictive models using models such as Weibull-type methods and other statistical tools.
  • Created Weibull Analysis for probability of failure and proactive replacement models using on time based wear units.
  • Executed RDT based on Weibull++ calculation and legacy product field data.
  • Managed large data sets to create weibulls for component life calculations.
  • Tracked progress of improvements by using Weibull plots.
  • Developed Reliability Analysis software using Mathematica to compute Weibull parameter estimation and failure rates on hardware systems.
  • Led reliability product issue resolution and predicted product failure rate Performed warranty and Weibull analysis.
  • Performed Weibull analysis using Weibull++ software tool.
  • Used Weibull+ software to model and predict printhead reliability to identify and address key failure modes.
  • Performed reliability evaluations such as Weibull Plots and Crow-AMSAA plots.

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75 Weibull Jobs

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39. Data Collection
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low Demand
Here's how Data Collection is used in Reliability Engineer jobs:
  • Supervised Reliability laboratory data collection and analysis.
  • Trained reliability engineers on development and creation of condition based inspections and corrective work orders using data collection software and CMMS.
  • Led training to improve predictive and preventative maintenance capability for 100+ operations personnel resulting in timely vibration data collection.
  • Defined and scheduled package reliability data collection and coordinated electrical data collection to complete package qualification on schedule.
  • Developed and coordinated external data collection program for reliability monitoring of cameras.
  • Implemented first ever industrial electronic data collection using union employees.
  • Developed software tools to support data collection and analysis.
  • Succeeded in creating a data collection system for all returned products to help identify failure modes and trends with system components.
  • Assisted in the conceptualization of the data collection activities for WD Data Warehouse deployment in the San Jose production line.
  • Led data collection and troubleshooting efforts to ensure system delivered required rate while meeting HACCP and GMP requirements.
  • Developed and implemented a computerized data collection process reducing off-site time by 50%.
  • Developed a FRACAS Database in Access for failure data collection and reporting.
  • Constructed and maintained the data collection system for their mainframe computers.
  • Analyze data collection and reporting systems.
  • Implemented electronic data collection routes to insure all lubrication points were being checked and lube tasks were completed on schedule.
  • Completed three CSI vibration classes Achieved competency in vibration data collection, database setup, and basic data analysis
  • Trained inspectors on the use of data collection software and PDA handheld devices for inspections.
  • Developed FRACAS forms in Word for offsite failure data collection.
  • Spear-headed the use of tablets/handhelds for data collection purposes.
  • Route base data collection -Emergency callout inspections -Writing detailed reports -Thermography inspections both mechanical and Electrical -Fan balancing -Ultrasound inspections

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42 Data Collection Jobs

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40. Cost Savings
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low Demand
Here's how Cost Savings is used in Reliability Engineer jobs:
  • Orchestrated various LEAN process/reliability improvements to increase OEE/TEEP generating unexpected cost savings for the plant.
  • Composed and submitted reports for cost savings and effective recommendations.
  • Identified design improvements on NASA's Fermi (formerly GLAST) satellite resulting in $50K - $100K cost savings.
  • Delivered $11 million in cost savings to entire converting operation via improvements in line efficiency and scrap reduction efforts.
  • Monitor plant operations through manual and automated techniques that produced a cost savings of $23 million.
  • Eliminated the test parametric failure item with a financial cost savings of $0.655 million annually.
  • Initiated HVAC units conversion to synchronous belts for a 5% annual energy cost savings.
  • Developed cost savings related to PdM findings and component upgrades based off downtime.
  • Delivered $4.6M rework cost savings for single low ESR capacitor project
  • Established cost savings for the modeled designs by varying part tolerances.
  • Cost Savings - $33,000 yearly maintenance cost savings.
  • Documented cost savings $550K in 2014 and $250K in 2013.
  • Collect data for Weibull analysis, and present robust design offers to Product Engineering for reliability and cost savings.
  • Key Accomplishments Identified 5 case studies that pinpointed over $2,000 in spare parts cost savings for the customer.

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23 Cost Savings Jobs

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41. Mechanical Integrity
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low Demand
Here's how Mechanical Integrity is used in Reliability Engineer jobs:
  • Provide technical ability, guidance, program direction and data analysis for the mechanical Integrity and reliability technicians.
  • Served as a reliability engineer for the mechanical integrity and predictive maintenance division.
  • Conducted risk based mechanical integrity analysis of equipment ensuring minimal failure and breakdowns.
  • Supported and assisted field Reliability Engineers with site reliability/mechanical integrity assessments.
  • Revised existing mechanical integrity procedures as necessary to improve repair quality.
  • Risked Based Mechanical Integrity program using Capstone.
  • Managed Mechanical Integrity program for acid plant.
  • Lead Reliability and Mechanical Integrity teams.
  • Coordinated and executed a comprehensive study of the mechanical integrity and thickness of all vessels and piping in extraction.
  • Manage, document and implement maintenance programs such as Mechanical Integrity, Relief Valve Program and Maintenance KPI's.
  • Assure all Electrical and instrumented systems are in compliance with OHSA 1910 Mechanical integrity requirements.
  • Performed API 579 fitness for service assessments to support the mechanical integrity inspection group.
  • Led GMISS (Global Mechanical Integrity Safety Standard) team for plant.
  • Improved the mechanical integrity program within the Tissue Mill area.
  • Lead Ammonia system mechanical integrity audit and follow up.
  • Administered the OIMS 6.4, Mechanical Integrity System.
  • Maintained P&IDs and reworked the Mechanical Integrity program by identifying critical assets and developed a comprehensive preventative maintenance program
  • Conducted 1st Party PSM Audits on Mechanical Integrity and Quality Assurance Spokes Developed Site Metrics for Improvement Opportunities
  • Performed mechanical integrity testing leveraging visual and ultrasonic inspection methods as well as die penetrant.
  • Study was first of its kind for Lyondell; many principles later adopted into company's formal OSHA Mechanical Integrity program.

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42. Troubleshoot
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low Demand
Here's how Troubleshoot is used in Reliability Engineer jobs:
  • Performed maintenance tasks and failure analysis, supporting vibration technicians in troubleshooting equipment issues; provided recommendations for further enhancements.
  • Performed Spectrum server maintenance, file configuration and troubleshooting during normal work-hours and after-hours when critical problems developed.
  • Provided technical support to operating units, including troubleshooting and supervision of maintenance on process equipment.
  • Use of electronic troubleshooting techniques * Suggested improvements to reliability of circuits using tantalum capacitors.
  • Lead troubleshooting of equipment problems and apply Root Cause Analysis practices to equipment failure investigations.
  • Supported manufacturing technicians on product test failures that were difficult to troubleshoot.
  • Developed instructions manuals describing operating, maintenance, and troubleshooting procedures.
  • Manage chemical plant equipment and perform troubleshooting.
  • Support Maintenance with technical assistance and troubleshooting.
  • Utilize HMI, SCADA, BAS and Allen Bradley PLC's to collect and analyze data and troubleshoot systems.
  • Lead in coordination and troubleshooting efforts in our power distribution electrical issues which includes 3 steam turbine generators.
  • Provided daily operations support, troubleshooting, and optimization for fixed and rotating equipment in the acid plant.
  • Involved in day to day troubleshooting and planning annual maintenance outages of major pressure vessels.
  • Maintain, troubleshoot, and repair hydraulic systems for Solar Tracker controls.
  • Performed upgrades, troubleshooting, and modification of PC workstations.
  • Field service, installation and troubleshooting.
  • Detect and troubleshoot HW/SW failures.
  • Developed Maintenances and troubleshooting procedures for equipment and products.
  • Assist Engineering teams with troubleshooting issues with production services Performed all duties of a 24/7 NOC
  • Maintain, troubleshoot, and repair of AC/DC systems, including inverters, switchgear, transformers, and power meters.

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145 Troubleshoot Jobs

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43. PLC
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low Demand
Here's how PLC is used in Reliability Engineer jobs:
  • Installed downtime tracking system and developed the infrastructure necessary to access and allow servers to collect data from the PLC.
  • Design, develop, and deliver electrical technician training program based PLC and HMI equipment used at the facility.
  • Prepared detailed design packages in support of project needs, experience with Allen Bradley PLC's and DCS systems.
  • Automated WindTunnel Airflow and Temperature level settings and measurement using ModBus RTU protocol and Allen Bradley PLC system.
  • Programmed a PLC for a test fixture used to perform various life testing on an infusion pump.
  • Provided DCS (Delta V) and PLC (Texas Instruments)programming and support.
  • Designed and managed the PLC programming and drive configuration modifications for the packaging equipment.
  • Manage programmable logic controller (PLC) maintenance for the Honeywell Hopewell site.
  • Provide training for PLC's, reliability measurements and other maintenance related issues.
  • Developed PLC programs to run continuous and batch chemical processes.
  • Develop and Maintain new PLC programs for all projects.
  • Manage PLC program for the Honeywell Hopewell site.
  • Managed PLC, Honeywell DCS training for Electricians.
  • Limited PLC design, but conceptual understanding.
  • Lead Electrical Safety Program and serve the mill as Champion for electrical power distribution, drives, plc, and motors.
  • Administer programming, parameterization, and diagnosis of Siemens 840D Solution Line, Step-7 300 PLC, and WinCC-based HMI panels.
  • Work hand in hand with DCS Engineer in maintaining Yokogawa DCS system and Programmable Logic Controllers (PLC's).
  • Designed and built text fixations, utilizing PLCs and other control and automation technologies.
  • Qualify PLCC and SO package .

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109 PLC Jobs

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44. System Reliability
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low Demand
Here's how System Reliability is used in Reliability Engineer jobs:
  • Conducted sample size deduction for system reliability demonstration testing by using Bayesian prior distribution derived from subsystem testing data.
  • Tasked to identify and manage system reliability to prevent failure modes from potentially affecting plant or company operations.
  • Formulated system reliability models for chiller systems and allocated reliability goals for individual components and subsystems.
  • Analyzed historical reliability data to develop strategies aimed at improving T&D system reliability.
  • Performed modeling/ analysis to evaluate system reliability, availability & cost for alternative designs.
  • Perform detailed data analysis for various programs to address system reliability and quality challenges.
  • Apply Windchill Quality Solutions application for total life cycle analysis and system reliability.
  • Apply generalized renewal process to assess repairable system reliability and reliability growth models.
  • Analyzed flight termination system reliability using Monte Carlo simulation for RQ-4 Global Hawk.
  • Developed and coordinated system reliability improvement Projects.
  • Improved system reliability through logistical.
  • Performed System Reliability Analysis (SRA) on voice and data systems used by the carriers.
  • Handled the tasks of developing methods, protocol, and techniques to achieve system reliability.
  • Increased system reliability and safety by adding a reactor tank to the chill water system.
  • Determine system reliability and fatigue life of Allison T56 turboprop gearbox.
  • Conduct post-startup checks to insure system reliability.
  • Performed electrical system reliability audits at other Celanese plants as a member of the Reliability Center of Excellence (COE).
  • Review contract statements of work for compliance to customer requirements for system reliability, part selection, derating, vendor sourcing.
  • Performed Worst Case Analysis for a multiple sensors monitor system, improve system reliability and performance by using Tolerance Design.
  • Conduct host pre-start checks, check rollouts and conduct post-startup application checks to insure system reliability.

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102 System Reliability Jobs

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45. Maintenance Activities
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low Demand
Here's how Maintenance Activities is used in Reliability Engineer jobs:
  • Advised maintainers and technicians on proper execution and documentation of repair and preventive maintenance activities for both rotating and fixed assets.
  • Developed and maintained a mechanical integrity program that detailed specific preventative and predictive maintenance activities for over 700 pieces of equipment.
  • Planned and scheduled maintenance activities for 15 non-union personnel including semi- annual shutdown.
  • Completed documentation to ensure equipment/systems have adequate preventive maintenance activities created and implemented.
  • Eliminate non value added activities in preventive maintenance and include predictive maintenance activities.
  • Performed engineering inspections for generation stations and outage maintenance activities.
  • Coordinated maintenance activities with production to minimize downtime.
  • Facilitate the evolution/refinement of Maintenance activities to minimize planned and unplanned downtime (PM's, changeovers, etc.).
  • Managed and organized maintenance activities for the can line operation including daily, weekly shutdown and overhaul planning.
  • Developed the equipment database for future maintenance activities and set up the preventive and predictive maintenance program.
  • Provide on-site engineering review and technical guidance for all maintenance activities on within the facility.
  • Designed, modified and ordered components using AutoCAD and Solid Works to support maintenance activities.
  • Tracked OEE of mineral mining sites and processing plant to help guide maintenance activities.
  • Perform time cycle studies of the maintenance activities to increase productivity.
  • Supported maintenance activities as SAP Super User maximizing benefits of SAP.
  • Performed various maintenance activities on U.S. Army aircraft.
  • Maintained program for plantwide regulatory inspection of elevators and stationary lifting devices and arranged maintenance activities when necessary.
  • Performed engineering design and maintenance activities, developed standard operating procedures (SOPs) for equipment maintenance and start up.
  • Supported vessel repair, failure analysis, centrifuge, crystallizer and pump optimization, piping design and daily maintenance activities.
  • Implemented DiscFlo test pump to assess potential of replacing progressive cavity pumps - Coordinated daily equipment maintenance activities for clay settling area

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2 Maintenance Activities Jobs

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46. Criticality Analysis
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low Demand
Here's how Criticality Analysis is used in Reliability Engineer jobs:
  • Performed Criticality Analysis of over 2500 pieces of equipment
  • Developed the F136 Oil Pump Failure Modes and Effects Criticality Analysis (FMECA).
  • Contributed Failure Modes, Effects & Criticality Analysis on Finishing Plant.
  • Analyze Failure Mode Effect & Criticality Analysis (FMECA) Documents.
  • Lead Failure Mode Effects and Criticality Analysis and Risk Management activities.
  • Lead the evaluation for PFEAs, criticality analysis for equipment and responsible for timely deliverables.

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47. Pressure Vessels
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low Demand
Here's how Pressure Vessels is used in Reliability Engineer jobs:
  • Improved regulatory compliance by developing and implementing routine equipment inspections for API 510 pressure vessels.
  • Directed contractor setting up inspection program for pressure vessels covered by Process Safety Management.
  • Developed and managed capital projects involving replacement of pressure vessels and piping.
  • Determined repair requirements for damaged pressure vessels.
  • Led multiple projects to ensure all plant fire loss prevention equipment and pressure vessels met appropriate standards.
  • Managed NBIC and API inspection for boilers, pressure vessels, storage tanks and process piping.
  • Specialized in Pressure Vessels, Agitator gear boxes, mechanical seals, & pressure relief devices.
  • Experience with design, fabrication, installation and inspection of pressure vessels and API 650 tanks.
  • Established updated bolt torque procedure for large coded pressure vessels and five H2 reactors.
  • Repaired four pressure vessels in accordance with API 510 Pressure Vessel Inspection Code.
  • Inspected pressure vessels as an API 510 Certified Pressure Vessel Inspector
  • Managed the repair of state registered pressure vessels.
  • Evaluated deficiencies and developed repair scopes for Piping, Pressure Vessels, Heat Exchangers and all related structural support systems.
  • associated with pressure vessels, heat exchangers, furnaces, storage tanks, piping etc.

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11 Pressure Vessels Jobs

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48. Asme
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low Demand
Here's how Asme is used in Reliability Engineer jobs:
  • Tracked and improved fixed equipment compliance with state and federal regulations as well as ASME, API and Chlorine Institute standards.
  • Ensured all work adhered to necessary specifications and code (ASME, API, etc) as well as best engineering practices
  • Analyzed, designed and built rigging systems to ASCE and ASME codes using computer programs and hand calculations.
  • Experience with procedure writing, PM and BOM creation, inspection reports, API and ASME standards.
  • Provided interpretation of ASME and API fabrication and repair codes both locally and on a company-wide basis.
  • Performed ASME Section VIII Div.
  • Maintain compliance with relevant codes of practice and standards such as NACE, API, ASTM and ASME B31.1 or B31.3.
  • Served as QC Manager for Complex ASME "R" Stamp program.

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14 Asme Jobs

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49. Reliability Requirements
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low Demand
Here's how Reliability Requirements is used in Reliability Engineer jobs:
  • Participated in next generation design activities by writing and reviewing component, assembly, device and system reliability requirements and specifications.
  • Determine reliability requirements of components and systems to achieve company, customer and governmental agency reliability objectives.
  • Managed system and sub-system level reliability requirements, RDT plans and execution scheduling.
  • Support the implementation of Safety and Reliability requirements for FTF Avionics Vehicle Equipment.
  • Defined reliability requirements and developed validation methodologies for prototype and manufacturing products.
  • Assessed customer reliability requirements as well as implemented reliability testing.
  • Design Validation Plan to validate design robustness and reliability requirements.
  • Reinforce reliability requirements to satisfy product application and mission profile.
  • Develop product, systems, and process reliability requirements definition.
  • Contribute to design reviews focusing on reliability requirements.
  • Verify that all test vehicle subsystems meet the reliability requirements provided in the statement of work provided by the govt.
  • Initiated and reviewed changes to the design, and processes, assessed impacts plus assured reliability requirements were met.
  • Provided end of life cycle spare part analysis to maintain system reliability requirements according to Space Shuttle program requirements.
  • Evaluated electrical power systems, structures and mechanisms for the Space Station Program for system level reliability requirements compliance.
  • Supported the creation of Reliability requirements for Technical Specifications & maintained link to ADV plan and Validation testing.
  • Set Reliability requirements for components, system, subsystems, and assemblies.
  • Confirm that DVP&R activities successfully address reliability requirements.
  • Participated in design reviews to address reliability requirements for Stryker vehicle.
  • Led teams on assigned reliability deliverables: Process and MFMEA's; Reliability requirements in SOR (Statement of Requirements).
  • Assure DVP&Rs have addressed Reliability Requirements.

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50. OEE
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low Demand
Here's how OEE is used in Reliability Engineer jobs:
  • Participated in the development and implementation of a comprehensive reliability strategy that meets global business OEE and financial objectives.
  • Calculate Overall Equipment Effectiveness (OEE), analyze equipment mechanical availability trends to determine machinery performing below average.
  • Increased production unit availability through OEE (Overall Equipment Effectiveness) improvement projects.
  • Improved site OEE (Overall Equipment Effectiveness), reduced overtime, and improved morale by revamping site PM program.
  • Analyze TOEE, delays, cost, and number of corrective work orders to develop Top 10 bad actor list.
  • Developed and integrated an MI program introducing metrics (e.g., OEE) and KPI systems for continuous improvement.
  • Implemented OEE on 7 PMO machines for monitoring production and maintenance losses in identifying opportunities for improvement.
  • Established and maintained Overall Equipment Effectiveness (OEE)metrics and equipment downtime for manufacturing area.
  • Analyze equipment trends, data and also compute OEE for the Forming Area equipment's.
  • Evaluate overall equipment effectiveness (OEE) and mean time between failures (MTBF).
  • Led several projects with engineering and maintenance on modifying equipment to improve our OEE.
  • Focused on yellow and green belt projects to increase OEE on primary packaging equipment.
  • Applied reliability and six sigma tools and principles to increase OEE.
  • Improved Over all equipment effectiveness (OEE).
  • Initiate projects to increase Plants OEE.
  • Increased our Mogul OEE by over 50% through an Operations & Maintenance Training program and various TPM improvement initiatives.
  • Focused on critical equipment and capital projects to improve both uptime and OEE.
  • Led team to incorporate TPM principals and OEE measurables on machines.
  • Identified equipment in pre-failure mode before catastrophic failure occured that resulted in improved OEE by 10%.
  • RAG, OEE) to monitor and increase the efficiency of the Effexor XR Manufacturing Process.

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99 OEE Jobs

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Reliability Engineer Jobs

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20 Most Common Skills For A Reliability Engineer

Preventative Maintenance

20.1%

Failure Analysis

17.2%

Corrective Action

8.7%

Fmea

6.8%

Process Improvement

4.1%

Test Cases

3.9%

Data Analysis

3.5%

Mtbf

3.3%

Effects Analysis

3.1%

Maintainability

3.1%

Sigma

3.0%

Equipment Reliability

3.0%

Spare Parts

2.9%

Cmms

2.8%

Vibration Analysis

2.8%

Technical Support

2.4%

RCM

2.4%

Equipment Failures

2.3%

RCA

2.3%

Fmeca

2.3%
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Typical Skill-Sets Required For A Reliability Engineer

Rank Skill
1 Preventative Maintenance 13.7%
2 Failure Analysis 11.7%
3 Corrective Action 5.9%
4 Fmea 4.6%
5 Process Improvement 2.8%
6 Test Cases 2.6%
7 Data Analysis 2.4%
8 Mtbf 2.3%
9 Effects Analysis 2.1%
10 Maintainability 2.1%
11 Sigma 2.0%
12 Equipment Reliability 2.0%
13 Spare Parts 2.0%
14 Cmms 1.9%
15 Vibration Analysis 1.9%
16 Technical Support 1.6%
17 RCM 1.6%
18 Equipment Failures 1.6%
19 RCA 1.6%
20 Fmeca 1.6%
21 Oil Analysis 1.5%
22 Critical Equipment 1.5%
23 Rcfa 1.4%
24 Fracas 1.4%
25 Reliability Predictions 1.3%
26 Maintenance Strategies 1.3%
27 R 1.3%
28 Reliability Analysis 1.3%
29 Engineering Department 1.2%
30 PDM 1.1%
31 Fault Tree Analysis 1.1%
32 Reliability Issues 1.1%
33 Product Reliability 1.1%
34 New Equipment 1.1%
35 Capital Projects 1.1%
36 Reliability Program 1.1%
37 ISO 1.0%
38 Weibull 1.0%
39 Data Collection 1.0%
40 Cost Savings 1.0%
41 Mechanical Integrity 1.0%
42 Troubleshoot 0.9%
43 PLC 0.9%
44 System Reliability 0.8%
45 Maintenance Activities 0.8%
46 Criticality Analysis 0.8%
47 Pressure Vessels 0.8%
48 Asme 0.8%
49 Reliability Requirements 0.7%
50 OEE 0.7%
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27,154 Reliability Engineer Jobs

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