Global Reliability Engineer (Contract role)

This is a one-year contract role; you will be working on-site at Linde but employed and paid by a staffing agency

The overall objective of the Global Reliability Engineer is to ensure safe and reliable operation of all global production facilities at the lowest life cycle cost and to drive the implementation of multiple reliability programs, initiatives, and methodologies

Develop and monitor KPI’s (Key Performance Indicators) to measure and identify opportunities to improve reliability performance of all Linde production facilities worldwide

Analyze data and information from multiple sources to recommend, design and justify life-cycle cost and reliability improvement projects and initiatives

Lead or participate in reliability assessments by engaging with teams of SMEs, regional reliability personnel, and local operations

Support regional operations/reliability organizations with implementation of strategic equipment reliability programs

Assist SHEQ, operations, and reliability in developing and implementing the Asset Integrity Management (AIM) standard for all facilities

Provide engineering support to regional Mechanical Integrity (MI) leads to manage and administer AIM/MI programs in compliance with governmental regulations and Linde requirements

Engage and work across company organizations (SHEQ, Operations, R&D, Procurement, Engineering, Finance) to identify and develop strategic solutions of long-term asset concerns (reliability threats)

Support reliability programs such as RAM, FMEA, RCA, PM Reviews, spare parts analysis, equipment analysis, and analysis of suppliers

Requirements

Bachelor’s degree in Chemical, Mechanical or similar engineering with at least 5 years’ experience in projects, reliability, or operations in an industrial environment

Proven experience in maintenance and engineering of mechanical equipment in process industries such as compressors, heat exchangers, pumps, chillers, cooling towers, piping systems, hydraulic systems, and pneumatic systems.

Proven experience in understand and interpreting P&ID, and machinery drawings.

Understanding of maintenance & reliability methodologies and strategies such as Predictive Maintenance, Preventive Maintenance, Condition Based Maintenance, Risk Based Inspections (RBI), CMMS systems, etc.

Excellent communication, team interaction and presentation skills.

Ability to work independently as well as lead/participate on cross functional teams.