Reliability Engineer II: CBM & Vibration Analysis Lead

Socket.dev; Florence (CO); On-site; USD 83,000 - 94,000; Full time

Benefits offered by this job

401(k) plan

Employee stock purchase plan

Health, dental, disability and life保险

Paid time off and holidays

Parental leave

Educational assistance

Dress for your day

Job summary

Amrize is seeking a Reliability Engineer II to design, implement, and monitor condition-based maintenance programs for critical plant equipment. You will lead reliability initiatives and guide teams to improve equipment availability.

Experience with vibration analysis, FMEA, and PM/routine development is preferred. A Mechanical Engineering background and 0–3 years in heavy manufacturing are ideal; travel is minimal.

Qualifications

• Bachelor’s degree or equivalent years of experience.
• 0–3 years of experience in a heavy manufacturing environment preferred.
• FFT analysis of vibration spectra experience preferred.
• Experience with FMEA and practical risk assessment.
• NDT inspection techniques are preferred.
• Ability to work with instrumentation, process controls, motors, starters, and VFDs.

Responsibilities

• Create, implement, and monitor CBM programs for plant equipment.
• Monitor reliability-based systems including vibration analysis and condition monitoring.
• Develop preventative maintenance routines and BOMs for equipment.
• Manage PM/PdM programs to ensure optimum equipment availability.
• Provide leadership and coaching to the reliability team.
• Perform root cause analysis and drive continuous improvement.

Education

Bachelor's degree in Mechanical Engineering

Tools

SAP

AutoCAD

Microsoft Project

Microsoft Office

Job description

Amrize is seeking a Reliability Engineer II to design, implement, and monitor condition-based maintenance programs for critical plant equipment. You will lead reliability initiatives and guide teams to improve equipment availability.

Experience with vibration analysis, FMEA, and PM/routine development is preferred. A Mechanical Engineering background and 0–3 years in heavy manufacturing are ideal; travel is minimal.