On-Site Maintenance Planner & Scheduler (Industrial Plant)

Howmet Aerospace Inc.; Indiana; On-site; USD 70,000 - 95,000; Full time

Benefits offered by this job

Medical, prescription, dental, and视on

401(k) retirement with employer match

Paid holidays and vacation

Job summary

Howmet Aerospace Inc. in Laporte, IN is seeking a Maintenance Planner/Scheduler to optimize plant reliability and efficiency by planning and coordinating maintenance activities, labor, parts, and equipment access.

You will develop detailed job plans for preventive and predictive maintenance, maintain schedules, manage materials, and generate KPI reports while partnering with maintenance, operations, and engineering to minimize downtime and safety risks.

Qualifications

• Associate or higher degree in Engineering, Industrial Maintenance, or related technical fields.

Responsibilities

• Plan preventive, predictive, and corrective maintenance activities with detailed job plans.
• Create and maintain daily, weekly, and long-term maintenance schedules.
• Review incoming work requests and convert them into planned jobs with task sequences, labor requirements, estimated durations, materials, tools, and safety procedures.
• Prioritize work orders in collaboration with maintenance, operations, and engineering teams.
• Coordinate with production planners to schedule maintenance activities during optimal equipment downtime.

Skills

CMMS proficiency

Lean manufacturing

Drawings interpretation

Office 365

Scheduling coordination

Education

Engineering degree

Technical certifications

Tools

SharePoint

Power Automate

MS 365 apps

Job description

Howmet Aerospace Inc. in Laporte, IN is seeking a Maintenance Planner/Scheduler to optimize plant reliability and efficiency by planning and coordinating maintenance activities, labor, parts, and equipment access.

You will develop detailed job plans for preventive and predictive maintenance, maintain schedules, manage materials, and generate KPI reports while partnering with maintenance, operations, and engineering to minimize downtime and safety risks.