Production Manager - Lean Ops Leader (On-site Lumberton, NC)

NYP Corporation; Lumberton (NC); On-site; USD 60,000 - 100,000; Full time

Job summary

NYP Corporation, a value-added provider of flexible packaging, seeks a Production Manager for its Lumberton, NC site. You will oversee daily operations, drive scheduling, staffing, and workflow optimization to meet safety and quality standards and customer deadlines.

You will lead a production team, mentor staff, and coordinate cross-functional efforts with sales, sourcing, and logistics to optimize materials use and throughput.

Qualifications

• Experience with scheduling, capacity planning, and workflow optimization.
• Knowledge of manufacturing processes and quality control practices.
• Leadership and people management of frontline teams.
• Ability to interpret production data and KPIs.
• Experience with ERP or inventory management software.
• High school diploma or equivalent; related degree is beneficial.

Responsibilities

• Oversee daily production operations including scheduling and staffing.
• Coordinate with manufacturing, warehouse and sourcing teams.
• Monitor quality and ensure safety and regulatory compliance.
• Lead, develop and mentor production staff.
• Track KPIs and drive process improvements.
• Collaborate with sales and customer service to align capacity with delivery timelines.

Skills

Production planning

Operations management

Scheduling

Staffing

Lean manufacturing

KPI tracking

Cross-functional collaboration

Education

High school diploma

Associate or Bachelor's degree in related field

Tools

ERP systems

Inventory management software

Job description

NYP Corporation, a value-added provider of flexible packaging, seeks a Production Manager for its Lumberton, NC site. You will oversee daily operations, drive scheduling, staffing, and workflow optimization to meet safety and quality standards and customer deadlines.

You will lead a production team, mentor staff, and coordinate cross-functional efforts with sales, sourcing, and logistics to optimize materials use and throughput.