| 12 | OPS.10 - Qualify Operating Capacity Under Variability | | What fits usable resource windows, and what service claim does the variability basis support? | OPS.3, OPS.4; conditional OPS.8, OPS.9, OPS.11; FPF C.16, C.27.TA, C.11.CRC |
| 13 | OPS.10.1 - Construct and Compare Operating Capacity Models | Stable | Which service model answers the capacity question, and how do variation, dependence and the completion criterion change the comparison? | OPS.10, OPS.11.1, OPS.15.1; conditional OPS.10.2, MMP.7/.13, CMP.9; FPF C.29, C.11.CRC |
| 14 | OPS.10.2 - Construct and Revise a Feasible Deadline Schedule | Stable | How can a schedule meet the deadline with precedence, shared resources and calendar gaps; which starts can be delayed, and what must change after a disruption? | OPS.10, OPS.11.1, OPS.15.1; conditional OPS.10.1, OPS.7/.8, MMP.10, CMP.4/.5; FPF C.29 |
| 15 | OPS.11 - Coordinate Interacting Operating Structures | | Which actual couplings can defeat a local plan, and which decisions must be coordinated? | OPS.3, OPS.4; conditional OPS.8–OPS.10; FPF A.22, E.18.NET, C.11.CRC |
| 16 | OPS.11.1 - Construct and Reconcile Operating Models Across Scales | Stable | How can local routes, shared resources and order-level completion be modeled together without losing the conditions that decide the plan? | OPS.11, OPS.19; conditional OPS.15.1, MMP.10/.18; FPF A.22.CGUS, E.18.3, C.29 |