Reliability Engineer

Description

Process Success Profile

Language: English

Travel: 10% - 15%

To lead and align reliability strategies that improve asset performance, reduce operational risk, and extend equipment life across all manufacturing and operational areas.

Outcome: Establish consistent reliability engineering practices, tools, and metrics across regions to drive equipment effectiveness and reduce failure variability.

Actions:

• Global deployment of standardized RCA, RCM, and PdM methodologies
• Reduction in variability of equipment failure modes across sites
• Adoption of shared best practices and continuous improvement tools globally

Outcome: Optimize Asset: Life Cycle and Performance

Develop and deploy asset strategies that reduce total cost of ownership while maximizing uptime and performance reliability of critical assets.

Actions:

• Year-over-year improvement in asset performance indicators (MTBF, MTTR, OEE)
• Documented reduction in lifecycle costs of key asset classes
• Global asset strategies created and reviewed annually

Outcome: Drive Predictive Maintenance and Condition Monitoring Initiatives

Expand and optimize the use of predictive maintenance technologies and data analytics across all departments to proactively address equipment degradation.

Actions:

• Increased use and ROI of vibration analysis, thermography, ultrasound, and oil analysis
• Decrease in unplanned downtime and reactive maintenance globally
• Integration of condition data into CMMS and decision-making tools

Outcome: Lead Root Cause and Failure Analysis Ensure high-impact failures are investigated with corrective actions implemented and knowledge shared across sites to prevent recurrence.

Actions:

• All critical failures have RCAs completed within defined timeline
• Action plans tracked and implemented with accountability
• Lessons learned repository developed and leveraged across all sites

Outcome: Build Regional Capability and Reliability Culture Train in reliability practices and tools, fostering a culture of ownership and continuous improvement.

Actions:

• Reliability training programs delivered regularly
• Positive feedback from site leadership on engagement and knowledge transfer
• Increase in proactive vs. reactive maintenance ratio across regions

Outcome: Align Reliability with Operational and Sustainability Goals Support objectives by aligning reliability improvements with safety, environmental, and production targets.

Actions:

• Reduction in reliability-related environmental or safety incidents
• Energy and resource efficiency gains linked to reliability upgrades
• Reliability initiatives tied to sustainability and corporate KPI dashboards

Competency

• Optimizes Work Processes - Knowing the most effective and efficient processes to get things done, with a focus on continuous improvement
• Collaborates - Building partnerships and working collaboratively with others to meet shared objectives
• Customer Focus - Building strong customer relationships and delivering customer-centric solutions
• Nimble Learning - Actively learning through experimentation when tackling new problems, using both successes and failures as learning fodder
• Financial Acumen - Interpreting and applying understanding of key financial indicators to make better business decisions

Education Requirements

Bachelor's Degree in Mechanical Engineering, Electrical Engineering, Industrial Engineering, or related technical field

Experience

2 - 3 years