Four-Week Production Planner: Critical Path & Capacity

Ccsdualsnap; Phoenix (AZ); On-site; USD 60,000 - 90,000; Full time

Job summary

Custom Control Sensors, LLC in Phoenix, AZ is seeking a Production Planner to translate the master schedule into four-week executable work, ensure adherence to the critical path, and manage direct-material needs. The role collaborates with Manufacturing and Materials to minimize delays and protect on-time delivery.

The planner will own loading, sequencing, and the four-week plan, with responsibilities for capacity checks, direct buy decisions, and daily plan-versus-actual recovery to support the

Qualifications

• Experience in manufacturing production planning.
• Direct-material coordination or capacity loading in discrete manufacturing.
• AS9100/aerospace or controlled manufacturing experience is a plus.

Responsibilities

• Four-week loaded production plan by cell/work center with orders, hours, capacity and target dates.
• Own detailed work-order sequencing and timely releases.
• Identify bottlenecks and recovery options before delivery commitments.
• Purchase authorized direct materials when needed and confirm specs and lead times.
• Review plan-vs-actual daily and escalate changes affecting the 13-week plan.
• Maintain accurate scheduling data in the ERP/MRP system (Infor SyteLine).

Skills

Production planning

Direct-material coordination

Capacity loading

ERP/MRP (SyteLine)

Education

Associate’s or bachelor’s degree in Supply Chain, Operations or related field

Tools

Infor SyteLine

Job description

Custom Control Sensors, LLC in Phoenix, AZ is seeking a Production Planner to translate the master schedule into four-week executable work, ensure adherence to the critical path, and manage direct-material needs. The role collaborates with Manufacturing and Materials to minimize delays and protect on-time delivery.

The planner will own loading, sequencing, and the four-week plan, with responsibilities for capacity checks, direct buy decisions, and daily plan-versus-actual recovery to support the