Material Requirements Planning (MRP) Features and Functions
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- Online run option parameters for material requirements planning (MRP) processing
- Customizable planning horizonz
- Time-phased planning data generated into daily, weekly, or monthly buckets
- Bucketless data
- Fixed or flexible buffer stock rules
- Orders or components have associated safety lead times
- Inventory can be excluded based on location
- Multiple level material requirements planning (MRP) runs along with multiple level MPS component planning.
- Fixed order quantity or EOQ order rules
- Order policies include dynamic lot sizing techniques, such as least total cost, least unit cost, non-MRP planned, part-period balancing, period order quantity, and the Wagner-Whitin algorithm
- Order quantity modifiers include minimums, maximums, and multiples, as well as specific component scrap rates, and shrinkage rates
- Order quantity modifiers include shrinkage rate
- Order modifiers quantify planned order quantities
- Lead time offset for parent based on component lead time
- Lead time offset parameters include safety lead time tied to item components, order lead time, and parent order lead time based on item component
- Variable lead time offset determined by run standards
- Time-phased order point handles items with dependent or independent demand, or combination thereof
- Overrides inventory quantity calculations to take on-hand quantities into account
- Material requirements scheduled according to operation start date
- Time fences determine when planned orders can be scheduled by material requirements planning (MRP)
- Time fences place restrictions on planned order scheduling by material requirements planning (MRP)
- Takes item shrinkage factors into account
- Filters exception messages into exception sets
- Unconsumed forecasts from past due periods can be recognized as demand
- FPOs
- Purchase requisitions
- Demand calculations include sales forecasts, sales orders, and in-house orders
- Displays material requirements planning (MRP) planning calculations
- Uses both material requirements planning (MRP) and CRP algorithms to determine material and capacity
- Determines material requirements for master demand schedules and master production schedules
- MRP modes include regenerative and net change batches, real-time transactional, and what-if scenarios
- Suggests discrete jobs, repetitive schedules, and parts requisitions
- Engineering changes, including ECO use-up alerts
- Generates material plans for models, prototypes, option classes, and configured items
- Plans incorporate BOMs, including common and phantom
- Purchasing requisitions are processed automatically
- Creates supplier shipping schedules based on MPS or MRP requirements
- All levels of a BOM can be pegged to customer orders online (viewed and processed)
- Uses single level pegging to show which high level parents created the requirement, and to resolve lower level material issues
- Links multilevel pegging with MPS order to determine make-to-order parts
- Stores pegging data in a bucketless system
- All requirements and orders can be pegged to the next level (single level pegging)
- Single level pegging can include or omit a phantom BOM
- Traces requirements for a work order by pegging the finished good
- Determines demand and supply pegging by project or contract
- Pegging for released orders or open work orders using projects or contracts as requirements sources
- Uses action messages for canceling, defering, ordering, or prioritizing tasks
- Planner can use filters to prioritize action messages
- Suspense file for action messages
- Planning attributes include ATP calculations
- Recommends rescheduling for supply-demand alignment
- Tracks late orders, supplier changes, and recommended requisitions
- Tracks orders by component, supplier, or requirements plan
- Financial impact calculations included forecasted inventory turnover
- Exception messages are classified and sent by planner
- FPOs are used to allocate material and reserve capacity
- Discrete jobs and purchase requisitions can be rescheduled
- Changes planned orders and FPO into discrete jobs and adds them to repetitive schedules and purchase requisitions
- Planned orders are categorized by item and by vendor when released to purchasing
- Inventory report includes forecasted value of inventory that will be used in a production plan
- Generates material requirements planning (MRP) report online
- Generates order action reports which include rescheduling, or results from a pull or push system
- Follow-up report includes any corrective, preventative, or other actions taken, and their results
- User defined material requirements planning (MRP) report periods
- On-hand inventory, requirements, receipts, and FPO are included in the material requirements planning (MRP) report
- Horizontal reporting
- Vertical reporting
- Materials requirement planning (MRP) cost reporting summarizes standard, current, or other costs by product line
- Materials requirement planning (MRP) cost reporting incorporates projected costs
- User can select the print sequence of a material requirements planning (MRP) report, by planner, or part
- Users can print a material requirement planning report that includes active projects or action messages
- Leads times can be displayed in a graphical format
- Production models based on multiple concurrent material requirements plans
- Plan version controls and comparison
- Online production modeling
- Offline production modeling
- Manual changes to modeling parameters, including supply, demand, product structure, and cost
- Impact analysis
- Planning action reports are updated with any actions that are required to fulfill a plan
- Uses ordering rules to change material requirements planning (MRP) recommendations to orders
- Business segments run independent planning cycles with separate shop calendars and without duplicating master file data
- Provides planner BOM offset lead-time
- Provides user-identified fields for blocking MRP on certain items
- Controls and tracks changes to BOMs
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Production Planning Features and Functions
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