Equipment Reliability Engineer

We need to output HTML fragment with sections: h3 for headings like About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We must not repeat job title as heading. We need to include only sections with real specific content. The posting includes a description (intro) maybe "About the role"? There's a paragraph describing company culture and job description. We can treat that as "About the role" section. Then responsibilities: many bullet points under Primary Responsibilities etc. We need to extract responsibilities as list items. Also qualifications: Required Qualifications and Preferred Qualifications. Also Pay: starting salary range given. Benefits: mention medical, dental, vision, life and disability insurance, 401k, paid holidays, paid time off. Also maybe other rewards: annual incentive etc. Schedule: not mentioned. So we should not include Schedule section. Also maybe Skills? Not explicit. Could combine qualifications and skills? The instruction: Use headings for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). We need to include only those with real content. We have About the role, Responsibilities, Qualifications (maybe split Required and Preferred?), Benefits, Pay. Requirements maybe same as Qualifications? Could treat Qualifications as Requirements. We'll include Qualifications heading. Skills maybe not present; skip. Benefits heading. Pay heading. No Schedule. We must not include boilerplate like EEO, E-Verify, physical demands, work environment, etc. Remove those. We must preserve all substantive information; do not invent or summarize away detail. So we need to keep details like responsibilities list items exactly as in posting, but we can format as

• . Must not lose any detail. Need to be careful to include all responsibilities bullet points. Let's extract responsibilities sections: From posting: Primary Responsibilities Asset Reliability Management Lead reliability efforts for critical manufacturing assets OvensPackaging EquipmentMaterial Handling SystemsDetection SystemsUtilities Responsibilities include: Asset health monitoringReliability strategy developmentFailure trend analysisLife cycle managementEquipment criticality assessments Failure Elimination Lead structured problem-solving for recurring failures. Responsible for: Root Cause Analysis (RCA)Failure Modes and Effects Analysis (FMEA)Repeat failure investigationsCorrective action implementationExpected Results: Reduced downtimeIncreased MTBFElimination of repeat failures Asset Criticality Program Develop and maintain criticality rankings for all plant assets. Identify:Critical Assets Equipment impacting: Food safetyThroughputSafetyRegulatory complianceDevelop risk-based maintenance strategies based on asset criticality. Preventive Maintenance Optimization Evaluate and improve PM effectiveness. Responsibilities include: PM optimizationPM frequency evaluationCondition-based maintenance developmentPredictive maintenance deploymentEnsure PMs address actual failure modes. Food Safety & Quality Reliability Partner with FSQ to develop and maintain an Equipment-Based FSQ Prevention Program. Focus Areas: Product Contact Equipment BeltsConveyorsRollersGuidesPackaging Systems Seal systemsVacuum systemsDetection systemsEnvironmental Systems RefrigerationAir handlingCondensation controlDevelop controls that prevent food safety risks from equipment deterioration. Startup Excellence Program Support and improve startup performance across all assets. Responsibilities include: Startup readiness auditsStartup failure analysisStartup loss trackingStartup standardizationTarget: Right First Time Startup >95% Reliability Data Analysis Analyze equipment performance data. Monitor: MTBFMTTROEE lossesDowntime driversPM compliancePM effectivenessFailure frequencyGenerate actionable recommendations based on data analysis. Predictive Maintenance Program Support development and expansion of predictive maintenance initiatives. Technologies may include: Vibration analysisThermographyUltrasonicsOil analysisMotor circuit testingAssist in identifying deteriorating equipment before failure occurs. Asset Team Participation: Serve as technical reliability leader on Asset Teams. Provide: Failure analysisReliability planningEquipment risk assessmentCapital recommendationsCapital Planning Support: Support Engineering and Maintenance leadership in developing capital plans. Identify opportunities related to: Reliability improvementsObsolescence risksCapacity constraintsFSQ risk reductionDevelop business cases and ROI analyses. Controls and Automation Reliability: Partner with Controls Engineering to improve automation reliability. Focus Areas: Sensor failure reductionNetwork reliabilityPLC stabilityDetection systemsStartup controlsContinuous Improvement: Support TPM and Operational Excellence initiatives. Lead improvements in: Reliability systemsEquipment performanceLoss eliminationEquipment ownershipLeadership Expectations: Although not a direct supervisory role, the Reliability Engineer is expected to influence and lead through technical expertise. Expected to: Drive accountabilityChallenge ineffective practicesInfluence cross-functional teamsFacilitate technical decision makingLead reliability initiativesKey Performance Indicators (KPIs) Reliability Metrics MTBF improvementMTTR reductionDowntime reductionRepeat failure eliminationAsset Performance OEE improvementThroughput improvementStartup reliabilityMaintenance Performance PM effectivenessPredictive maintenance effectivenessPlanned maintenance percentageFood Safety Equipment-related FSQ incidentsForeign material eventsEquipment-related quality deviationsFinancial Maintenance cost reductionReliability project ROICapital project effectiveness That's a lot. We need to keep all that info. However we need to format as list items; but the text is dense with no clear separators. We could break each sentence or phrase into separate
• . But we must preserve all substantive information; we can split by periods or clear delimiters. However we must not lose any detail. It's okay to break into multiple list items as long as we keep the content. We need to be careful not to omit any piece. Let's try to extract each responsibility bullet as separate items based on the headings. We have headings within responsibilities: Asset Reliability Management, Failure Elimination, Asset Criticality Program, Preventive Maintenance Optimization, Food Safety & Quality Reliability, Startup Excellence Program, Reliability Data Analysis, Predictive Maintenance Program, Asset Team Participation, Controls and Automation Reliability, Continuous Improvement (maybe part of Leadership Expectations), Leadership Expectations, Key Performance Indicators (KPIs). Actually KPIs might be separate section but could be under Responsibilities? It appears after Leadership Expectations. Might be its own section but we can include under Responsibilities as well. Given instruction: Use
  • for any list of duties/requirements/benefits. So we can treat each distinct duty as a list item. We'll need to parse the responsibilities section into items. Let's manually list items: 1. Lead reliability efforts for critical manufacturing assets (Ovens, Packaging Equipment, Material Handling Systems, Detection Systems, Utilities). 2. Asset health monitoring. 3. Reliability strategy development. 4. Failure trend analysis. 5. Life cycle management. 6. Equipment criticality assessments. 7. Lead structured problem-solving for recurring failures. 8. Perform Root Cause Analysis (RCA). 9. Perform Failure Modes and Effects Analysis (FMEA). 10. Conduct repeat failure investigations. 11. Implement corrective actions. 12. Expected results: Reduced downtime. 13. Expected results: Increased MTBF. 14. Expected results: Elimination of repeat failures. 15. Develop and maintain criticality rankings for all plant assets. 16. Identify critical assets impacting food safety, throughput, safety, regulatory compliance. 17. Develop risk-based maintenance strategies based on asset criticality. 18. Evaluate and improve PM effectiveness. 19. PM optimization. 20. PM frequency evaluation. 21. Condition-based maintenance development. 22. Predictive maintenance deployment. 23. Ensure PMs address actual failure modes. 24. Partner with FSQ to develop and maintain an Equipment-Based FSQ Prevention Program. 25. Focus areas: Product Contact Equipment (Belts, Conveyors, Rollers, Guides). 26. Focus areas: Packaging Systems (Seal systems, Vacuum systems, Detection systems). 27. Focus areas: Environmental Systems (Refrigeration, Air handling, Condensation control). 28. Develop controls that prevent food safety risks from equipment deterioration. 29. Support and improve startup performance across all assets. 30. Startup readiness audits. 31. Startup failure analysis. 32. Startup loss tracking. 33. Startup standardization. 34. Target: Right First Time Startup >95%. 35. Analyze equipment performance data. 36. Monitor MTBF. 37. Monitor MTTR. 38. Monitor OEE losses. 39. Monitor Downtime drivers. 40. Monitor PM compliance. 41. Monitor PM effectiveness. 42. Monitor Failure frequency. 43. Generate actionable recommendations based on data analysis. 44. Support development and expansion of predictive maintenance initiatives. 45. Technologies may include: Vibration analysis. 46. Technologies may include: Thermography. 47. Technologies may include: Ultrasonics. 48. Technologies may include: Oil analysis. 49. Technologies may include: Motor circuit testing. 50. Assist in identifying deteriorating equipment before failure occurs. 51. Serve as technical reliability leader on Asset Teams. 52. Provide failure analysis. 53. Provide reliability planning. 54. Provide equipment risk assessment. 55. Provide capital recommendations. 56. Support Engineering and Maintenance leadership in developing capital plans. 57. Identify opportunities related to reliability improvements. 58. Identify opportunities related to obsolescence risks. 59. Identify opportunities related to capacity constraints. 60. Identify opportunities related to FSQ risk reduction. 61. Develop business cases and ROI analyses. 62. Partner with Controls Engineering to improve automation reliability. 63. Focus areas: Sensor failure reduction. 64. Focus areas: Network reliability. 65. Focus areas: PLC stability. 66. Focus areas: Detection systems. 67. Focus areas: Startup controls. 68. Support TPM and Operational Excellence initiatives. 69. Lead improvements in reliability systems. 70. Lead improvements in equipment performance. 71. Lead improvements in loss elimination. 72. Lead improvements in equipment ownership. 73. Leadership Expectations: Drive accountability. 74. Leadership Expectations: Challenge ineffective practices. 75. Leadership Expectations: Influence cross-functional teams. 76. Leadership Expectations: Facilitate technical decision making. 77. Leadership Expectations: Lead reliability initiatives. 78. Key Performance Indicators (KPIs): 79. Reliability Metrics: MTBF improvement. 80. Reliability Metrics: MTTR reduction. 81. Reliability Metrics: Downtime reduction. 82. Reliability Metrics: Repeat failure elimination. 83. Asset Performance: OEE improvement. 84. Asset Performance: Throughput improvement. 85. Asset Performance: Startup reliability. 86. Maintenance Performance: PM effectiveness. 87. Maintenance Performance: Predictive maintenance effectiveness. 88. Maintenance Performance: Planned maintenance percentage. 89. Food Safety: Equipment-related FSQ incidents. 90. Food Safety: Foreign material events. 91. Food Safety: Equipment-related quality deviations. 92. Financial: Maintenance cost reduction. 93. Financial: Reliability project ROI. 94. Financial: Capital project effectiveness. That seems comprehensive. Now Qualifications: Required Qualifications: Bachelor's degree in Mechanical Engineering, Electrical Engineering, Industrial Engineering, Reliability Engineering, or a related technical discipline; 3+ years manufacturing reliability experience; Experience with industrial production equipment; Experience leading root cause investigations; Experience with PM optimization; Root Cause Analysis; FMEA; Reliability Centered Maintenance (RCM); Asset Criticality Analysis; CMMS Systems; Reliability Metrics. Preferred Qualifications: 7+ years manufacturing reliability experience; Food manufacturing experience; RTE manufacturing experience; TPM implementation experience; PM/PdM development experience; SAP PM, MM; Fiix; EAM Systems; Power BI; Vibration Analysis; Thermography. We need to output as list items under Qualifications heading. Benefits: Link Snacks provides a variety of benefits to eligible Team Members, including medical, dental and vision benefits, life and disability insurance, 401k participation, paid holidays, and paid time off. Also other rewards may include annual incentive and program-specific awards. We'll include those as list items. Pay: The starting salary for this role is $100,000.00 - $115,000.00. Actual salaries will vary based on several factors, including but not limited to external market data, internal equity, location, and candidate skill set and experience. Base pay is just