ForgeShiftCompass
Planning and SchedulingPractice E1

Production Scheduling

Production scheduling balances customer demand against constraints (capacity, materials, changeovers) so the plant ships what's needed without overproducing or running short.

  • Assessment4 questions
  • Templates1
  • Root causeISHIKAWA-6M

What world-class looks like

A daily-locked, weekly-firm, monthly-planned schedule reflects real capacity and material commitments; supply-chain disruptions trigger re-planning the same day.

How mature is your operation?

These are the questions Compass asks for this practice, and the levels it scores you against.

Capacity model accuracy

Knowing the true available capacity of each work centre — net of planned downtime, changeovers, and realistic efficiency — so schedules are achievable.

How accurately does your schedule reflect actual available capacity?

Level 1 → 5World class at level 4

  1. Schedules are set by feel — we regularly miss because capacity was overestimated
  2. We use a rough percentage of nameplate capacity but changeovers and downtime are not modelled
  3. We have a basic capacity model per work centre but it is updated infrequently
  4. A current capacity model accounts for shift pattern, planned downtime, changeover time, and OEE — and is reviewed monthlyWorld class
  5. Capacity model is updated weekly from actual OEE data; constraints are identified dynamically and the schedule adjusts automatically

Demand forecasting

Translating customer orders and forecasts into a production demand signal that drives the schedule.

How reliable is your demand input to the production schedule?

Level 1 → 5World class at level 4

  1. We schedule based on whatever orders arrived — no forward visibility
  2. We have a rough monthly forecast from sales but it is rarely accurate enough to use for weekly scheduling
  3. We use a rolling 4-week forecast and adjust daily as orders firm up
  4. A tiered demand signal (firm orders / soft forecast / rough plan) drives a locked daily, firm weekly, and planned monthly scheduleWorld class
  5. Demand signal integrates EDI customer releases; statistical forecasting smooths lumpy orders; exceptions are flagged automatically

Material constraint planning

Ensuring materials and components will be available when needed — so a firm schedule does not break on a material shortage.

How well does your schedule account for material availability?

Level 1 → 5World class at level 4

  1. We find out about shortages when the line stops
  2. We check stock levels before releasing a week's schedule but do not forward-plan
  3. A material requirements review happens weekly; known shortages are flagged before the schedule is locked
  4. MRP or equivalent generates material requirements from the schedule; at-risk items are visible 2–4 weeks out with supplier lead times factored inWorld class
  5. Material risk is flagged automatically; alternative sourcing or schedule substitution rules are pre-defined; the planner acts on exceptions only

Schedule adherence and re-planning cadence

Measuring how closely the plant executes against plan and maintaining a structured process for re-planning when things change.

How do you track and respond to schedule deviations?

Level 1 → 5World class at level 4

  1. We do not measure schedule adherence — we just ship what we can
  2. We know when we miss a customer delivery but do not track intra-day or intra-week deviation
  3. Schedule attainment % is tracked daily; significant misses trigger an informal re-plan
  4. Schedule attainment is reviewed at a daily tier-1 meeting; disruptions trigger same-day re-planning with a structured impact assessmentWorld class
  5. Automated attainment tracking feeds a visual performance board; re-planning rules are pre-defined by disruption type so decisions are made in minutes

Where to start

  • Capacity model build

    Planning · L1→L2 · Low complexityCloses · Capacity model accuracy
  • Tiered scheduling cadence implementation

    Planning · L2→L3 · Moderate complexityCloses · Schedule adherence and re-planning cadence
Root-cause methodISHIKAWA-6M

Next steps

Scoring your operation against Production Scheduling takes a few minutes and needs no account.