Reliability Engineer

Description

• Execute facility condition assessments across multiple locations and document findings for capital planning and asset management programs
• Integrate data from building automation systems, fault detection engines, and maintenance programs to develop life-cycle analyses and repair/replacement recommendations
• Create and manage equipment preventative maintenance tasks for continuous improvement and PM optimization
• Conduct reliability studies, equipment criticality rankings, and root cause failure analysis to prevent future failures
• Plan and perform condition-based maintenance using predictive technologies including vibration analysis, thermography, and ultrasound
• Maintain accurate records within computerized maintenance management systems and develop key performance indicators for equipment reliability
• Support commissioning activities for upgrade, renovation, and construction projects including PM job plans and maintainability reviews
• Collaborate with maintenance and planning groups to ensure appropriate reliability metrics are implemented throughout sites
• Investigate new technologies for reliability improvements and create risk mitigation strategies for critical assets

Requirements

• Certified Reliability Leader certification
• 5-10 years' experience implementing RCM, CbM/PdM methods, and operating building automation and energy management systems
• Experience with building automation systems and automated fault detection & diagnostics with system integration
• BS in Engineering discipline (mechanical or electrical preferred)
• Extensive knowledge of mechanical, electrical, plumbing, and fire suppression systems
• Level 2 thermography, vibration, and ultrasound certifications
• Experience in critical/regulated environments (data centers, laboratories, manufacturing, automotive, petrochemicals, pharmaceuticals)
• Certified Maintenance Reliability Professional certification
• Experience with Root Cause Analysis, Equipment Criticality Ranking, PM/PdM optimization, and Failure Modes and Effects Analysis
• Ability to use variety of Computerized Maintenance Management Systems and IT tools
• Thorough understanding of asset management, data analytics, and capital planning approaches
• Strong Microsoft Excel skills and ability to manipulate large data sets accurately
• Extensive knowledge of commercial, critical, manufacturing, labs, or distribution facility types

Benefits

Training + Development

Interview process

Visa Sponsorship

Security clearance