What is production planning software?
Production planning software turns demand into a feasible plan for people, machines, materials, and time. It helps planners decide what to make, when to make it, and how to respond when a constraint changes. A plan is useful only when shop-floor feedback can reach the people who maintain it.
Connect the planning inputs
Demand and priorities
Bring together confirmed orders, forecasts, due dates, and service priorities. Distinguish tentative demand from committed work so the schedule does not overpromise. Record who can change a priority and why.
Materials and capacity
Link planned jobs to bills of material, available inventory, lead times, machines, skills, and shifts. Identify shortages and bottlenecks before releasing work. Capacity assumptions should be visible and reviewed, especially when maintenance or absenteeism changes availability.
Execution feedback
Track work order status, quantities completed, scrap, delays, and actual start and finish times. Feedback makes replanning possible and helps teams compare planned versus actual performance. Avoid using a single schedule status to hide partial or blocked work.
Implementation steps
- Select one production line or product family with clear routing.
- Define master-data owners for products, resources, materials, and calendars.
- Model demand, jobs, operations, constraints, and exceptions as linked records.
- Configure release approvals and schedule-change notifications.
- Test material shortages, machine downtime, rush orders, and split jobs.
- Measure schedule adherence, throughput, work-in-progress, and rescheduling frequency.
Where INFORMAT fits
INFORMAT is a low-code platform for building enterprise data applications with tables, forms, views, workflows, dashboards, permissions, and integrations. These capabilities can support a tailored planning interface connected to ERP or MES data. Advanced optimization, machine connectivity, and finite-capacity scheduling require additional design or specialized systems; they should be evaluated explicitly.
FAQ
How is production planning different from MES?
Planning decides what work should happen and when. MES focuses on execution, traceability, and shop-floor performance. The two need timely, consistent data.
Can a spreadsheet be the first planning system?
It can be a starting point, but version control, handoffs, and constraints become difficult as operations scale. A shared data model and clear ownership are more reliable.
What should teams measure first?
Start with schedule adherence, late orders, material-related delays, and plan changes. Review causes, not just percentages.