Planning Optimization support for capability-based resource allocation
Some of the functionality described in this release plan has not been released. Delivery timelines may change and projected functionality may not be released (see Microsoft policy). Learn more: What's new and planned
|Enabled for||Public preview||General availability|
|Users by admins, makers, or analysts||Sep 30, 2021||Jan 2022|
Companies using Planning Optimization can optimize resource usage by deferring resource allocation until productions are scheduled. This flexible solution automates resource selection during production scheduling based on individual operation capabilities and requirements.
Planning Optimization now supports production scheduling with flexible resource allocation based on resource capabilities. A capability is the ability of an operations resource to perform a particular activity. An operations resource can have more than one capability assigned to it, and a capability can be assigned to more than one resource. Capabilities can be assigned to all types of resources, including tools, vendors, machines, locations, facilities, and human resources. Each capability can be set to ensure the selected resource has the required capability level for a given operation. Capabilities can also include a priority, which is used during scheduling to optimize the resource selection based on highest available priority.
Instead of assigning specific resources or resource groups to a route operation, you can define the capabilities required for each route operation. With this setup, scheduling will match the required capabilities with the capabilities of available resources to determine the resource assignment for each production job.
Capability-based resource allocation is part of the materials resource planning II (MRP II) support provided by Planning Optimization. MRP II helps planners at manufacturing companies control their production schedule, control resource load, and determine delivery lead times. Because Planning Optimization runs as a separate service, it's able to facilitate high performance production planning without slowing down the rest of the system.
With Planning Optimization support for production scheduling, manufacturers can benefit from:
- Significantly improved performance and scalability with in-memory processing.
- Minimized system impact on other processes made possible by moving master planning to its own service.
- Near-real-time insights into requirement changes during office hours.
For more information about the Planning Optimization migration process, including answers to frequently asked questions, see Migration to Planning Optimization for master planning.
This feature will be released into the following Microsoft Azure geographic areas:
- United States
- United Kingdom