Finish Mill Maintenance Supervisor

CEMEX; Demopolis (AL); Vor Ort; USD 90.000 - 120.000; Vollzeit

Zusammenfassung

Cemex USA seeks a Superintendent Maintenance I to lead maintenance efforts in the Finish Mill area, ensuring safe, efficient operation of plant equipment. You will plan, execute maintenance, coordinate outages, and drive reliability improvements while supporting production goals and cost control.

The role requires leadership of bargaining-unit staff and contractors, with a focus on preventive and predictive maintenance practices, reliability methods, and CMMS utilization to optimize uptime and

Qualifikationen

• Bachelor's Degree in a technical field.
• 3 to 5 years of experience in the cement making process or related experience; or equivalent.
• Supervisory experience preferred.
• Ability to work extended hours, evenings, weekends or holidays (On Call Weekends).
• Ability to communicate effectively in writing and verbally.

Aufgaben

• Lead and supervise bargaining-unit employees and contractors engaged in maintenance.
• Plan and execute preventive and corrective maintenance to ensure equipment reliability.
• Update maintenance data in Work Orders and maintain machine history and technical information.
• Manage maintenance budgets and control costs.
• Coordinate maintenance work to minimize production downtime and maintain safety standards.

Kenntnisse

Preventative maintenance

Predictive maintenance

Reliability methodologies

CMMS

Team leadership

Ausbildung

Bachelor's degree in a technical field

Tools

CMMS systems

Jobbeschreibung

Cemex USA seeks a Superintendent Maintenance I to lead maintenance efforts in the Finish Mill area, ensuring safe, efficient operation of plant equipment. You will plan, execute maintenance, coordinate outages, and drive reliability improvements while supporting production goals and cost control.

The role requires leadership of bargaining-unit staff and contractors, with a focus on preventive and predictive maintenance practices, reliability methods, and CMMS utilization to optimize uptime and