Reliability Engineer

As we create a colorful, capable and cleaner world through chemistry, we invite you to join our team to harness the power of chemistry to shape markets, redefine industries and improve lives for billions of people around the world.

• Proactively identify, troubleshoot, and resolve issues to improve effectiveness of the manufacturing facilities.
• Implement and Provide engineering support for small and large cost and capital projects.
• Support the performance and improvement of the control distribution system and rotating equipment
• Develop preventive and predictive programs
• Participate in project teams and all activities
• Conduct field assessments and audits
• Lead and implement all Chemours standard/policy
• Provide technical expertise to communicate/work with other internal and external engineers.
• Provide technical guidance and review for control procedures, programs and safe work practices.
• Provide engineering support and expertise for Process Safety Management (PSM) through participation in Process Hazard Analysis (PHAs) and Pre-Startup Safety Reviews (PSSRs).
• Provide engineering assistance to maintenance and operations including troubleshooting, evaluation of equipment failures, and technical recommendations for repairs and upgrades, and ownership of improvements.
• Develop knowledge in area specific equipment to become subject matter experts for the review and preparation of maintenance inspection & work procedures and skills development/training.
• Prepare and audit scopes of work, estimates, schedules, and equipment specifications.
• Review preventive maintenance plans to ensure optimum process and frequency of performance
• Evaluate vendor proposals and designs and exercise effective judgment around functionality, cost, and timing.
• Preliminary hazards analysis: Preliminary hazards analysis is the initial identification of potential dangers or failures in a production process or system.
• Failure modes and effects analysis: Failure modes and effects analysis involves listing the ways a system or piece of equipment can fail and the consequences that would follow.
• Criticality analysis: Criticality analysis determines how serious the consequences of an asset's failure would be for a company's production systems.
• Maintainability information: Maintainability information details how efficiently and reliably a company can repair a piece of equipment.
• Fault tree analysis: Fault tree analysis explores a system failure by studying the preceding, smaller-scale events that contributed to it.
• Event tree analysis: Event tree analysis studies the probable outcomes that would result from a specific event or failure occurring.

At Chemours, you will find sustainability in our vision, our business and your future. If you want to work on the leading edge of your field and have a desire to make a difference, join Chemours and discover what it means when we say “We Are Living Chemistry”.