At Layup Parts, our mission is simple: deliver high-quality composite parts faster.
We're redefining how composite tooling and parts are manufactured, using our proprietary software, automation, and advanced manufacturing technologies to compress lead times from months into days. Our customers are developing tomorrow's high-tech products, and we are building technology to accelerate their success.
As we continue to scale, we're looking for a highly organized, analytical Production Planner who thrives in fast-paced manufacturing environments and enjoys solving complex scheduling challenges.
What You’ll Do:
Own the production schedule across multiple manufacturing work centers, balancing customer priorities, material availability, machine capacity, and labor resources.
Translate customer demand, sales forecasts, engineering release schedules, and new program launches into executable production plans.
Continuously evaluate production capacity, staffing levels, machine utilization, and bottlenecks to optimize factory throughput.
Partner closely with Sales, Engineering, Supply Chain, Production, and Quality to ensure customer commitments remain achievable.
Prioritize work orders based on customer demand, due dates, manufacturing constraints, and changing business priorities.
Develop short-, medium-, and long-range production plans while adjusting schedules in real time as priorities shift.
Monitor work-in-process (WIP) throughout the factory and proactively resolve scheduling conflicts that could impact delivery.
Coordinate production sequencing across composite layup, curing, machining, additive manufacturing, inspection, finishing, and assembly operations.
Analyze demand trends, backlog, forecasted orders, and pipeline opportunities to ensure the factory is appropriately staffed and prepared for future workload.
Drive production planning meetings and communicate schedule updates, risks, and recovery plans to cross-functional stakeholders.
Identify opportunities to improve planning processes, scheduling accuracy, inventory flow, and manufacturing efficiency.
Utilize ERP/MRP, MES, and production planning tools to maintain accurate schedules, production status, and reporting.
Develop production metrics and dashboards that provide visibility into schedule adherence, capacity utilization, on-time delivery, and factory performance.
What We’re Looking for:
3+ years of production planning, manufacturing planning, master scheduling, or operations planning experience.
Experience in a high-mix manufacturing environment.
Strong understanding of manufacturing workflows, capacity planning, scheduling, and material planning.
Comfortable balancing multiple competing priorities while making data-driven decisions.
Excellent analytical and problem-solving skills with strong attention to detail.
Highly organized with exceptional communication skills across technical and operational teams.
Experience working with ERP/MRP systems and production planning software.
Advanced Excel or Google Sheets skills.
Skills Required
- 3+ years of production planning, manufacturing planning, master scheduling, or operations planning experience.
- Experience in a high-mix manufacturing environment.
- Strong understanding of manufacturing workflows, capacity planning, scheduling, and material planning.
- Experience working with ERP/MRP systems and production planning software.
- Experience with MES (Manufacturing Execution Systems) or similar production tracking tools.
- Advanced Excel or Google Sheets skills.
- Excellent analytical and problem-solving skills with strong attention to detail.
- Highly organized with exceptional communication skills across technical and operational teams.
What We Do
Our goal is to deliver composite parts faster than any other supplier in the market. We want to continually impress our customers with our speed, quality, and responsiveness to their needs.
Why Work With Us
We plan to achieve our goals by building and implementing technology that hasn’t yet been applied to the composites industry, including: automated customer quoting, automated tooling design, integrating software with hardware to reduce engineering and production workloads, and implementing latest developments in 3D printing.
