Reliability Engineer

Jack Link's Protein Snacks•New Glarus, WI

4d•Hybrid

About The Position

The Reliability Engineer is responsible for evaluating and analyzing equipment, software systems and processes to prevent failures, performing reliability testing such as FMEA and RCA. Serves as the expert in identifying and mitigating risks that can affect asset reliability. The Reliability Engineer’s primary function is to reduce the costs associated with asset downtime by implementing an excellent life cycle asset management plan. They determine the risks that can cause the equipment to fail and outline the financial and production risks associated with these asset failures. They work to minimize downtime, reduce maintenance costs and improve overall product performance and safety.

Requirements

Bachelor’s degree in engineering (mechanical, electrical, industrial) or related field
3+ years’ experience in manufacturing, production or related industrial setting
Proven experience in automation, project management and process improvement
Strong understanding of engineering principles, statistical analysis, reliability modeling software and failure analysis tools (FMEA, RCA, etc.)
Experience with computerized maintenance management systems (CMMS)
Excellent communication skills to convey complex technical information to cross-functional teams and non-technical stakeholders.
Analytical and Problem-solving skills – ability to dissect complex systems, identify issues and formulate effective resolutions.

Nice To Haves

Certified Reliability Engineer (CRE)
Certified Maintenance & Reliability Professional (CMRP)

Responsibilities

Conducting failure mode & effects analysis – Failure mode and effects analysis (FMEA) process to determine the potential causes of failure. Typically conducted on larger equipment or highly automated processes.
Performing predictive analysis – Perform predictive analysis procedures to identify when and how failure might occur. This predictive analysis can help plan maintenance procedures and develop effective asset management processes.
Planning performance evaluation assessments – Develops performance evaluation criteria and assessments for operational assets. These assessments and criteria essentially outline the benchmarks for asset performance, ensuring a productive and safe operation. These assessment help plan proactive maintenance procedures to avoid complete asset failures.
Developing and monitoring life cycle asset management plans – Develop plan that outlines several stages of asset management procedures. Ensure operational procedures conform to the processes outlined in the LCAM plan.
Conducting root cause analysis & Fault Tree Analysis – Reliability engineer will seek to prevent asset failures but will also diagnose asset failures to ensure they don’t occur again. Will conduct a rigorous step-by-step procedure to identify faults in mechanical and electrical assets. Will conduct physical inspections and review design, manufacturing and assembly specifications.
Developing proactive maintenance procedures – Collaborates with engineering and maintenance Plan proactive maintenance approach to managing assets. This proactive approach aims to prevent failures from occurring, even if assets aren’t showing signs of failure. Vibration analysis, oil analysis, IR scans, etc.
Monitoring overall equipment effectiveness & performance – Will review the overall equipment effectiveness to identify potential issues with manufacturing equipment. Will investigate assets that might contribute to a poor OEE. Will develop and monitor other key performance indicators that isn’t currently captured through MES systems.
Provide technical input and guidance to phase 2 of the project including design for maintainability and operability, RAM and selection, procurement & FAT of incoming equipment.
Handle other projects, duties and responsibilities as assigned.