
Learn the four pillars of warehouse management—receiving, put away, picking, and shipping—and how SAP EWM uses stock and bin management, storage units, and replenishment strategies.
Explore deployment options in SAP EWM, including decentralized, embedded, and cloud models. Learn how ERP and extended warehouse management connect via logical systems, destinations, and RFC.
Define the ERP organizational structure with plant and shipping point, set storage locations and warehouse linkage, and master data elements like vendors, customers, and material masters.
Define warehouse numbers in sap ewm and activate business configuration sets. Copy from a reference warehouse and set up supply chain unit assignments.
Explore SAP EWM's storage architecture by defining final and non-final storage types, staging areas, storage sections, and storage bins, and learn how goods receipt, putaway, and replenishment drive warehouse processes.
Explore storage bin management in SAP EWM, including nomenclature and structure, three creation methods (zero one, template, and upload), and activity area based sorting.
Configure staging areas and staging area groups, define doors and determination groups, and map warehouse numbers, plants, and storage locations to enable ERP integration with SAP EWM.
Learn how ERP-EWM document mapping works, generate a distribution model, and map ERP inbound delivery types to EWM inbound documents to enable immediate distribution of deliveries.
Define and determine warehouse process types in sap ewm, using cross processing settings and control parameters, illustrated by an inbound delivery and put-away example.
Learn to manage inbound deliveries in SAP EWM with GR reversal, partial GR, delivery splits, and standard process codes (I001, I002, I004), plus monitoring dashboards for stock and bins.
Explains availability group in SAP EWM, showing how ERP stock types map to F1 and F2 and update stock across ERP and EWM via AG.
Learn to configure a new availability group in SAP extended warehouse management, assign storage locations, determine stock types, and synchronize ERP and EWM stock via goods movements and inbound deliveries.
Explore how a handling unit combines packaging materials and products into a single unit with a unique identification number, and how ERP and EWM define packaging types and number ranges.
Learn handling unit management in SAP EWM, including inbound deliveries, delivery processing, put-away, packing and repacking, with nested storage scenarios and storage type checks.
Learn how packaging specification in SAP EWM defines how to pack products, detailing levels, elements, work steps, level sets, and packaging specification groups for inbound deliveries.
This lecture covers packaging specification setup in SAP EWM, detailing document category and type, inbound deliveries, and automatic issue creation for multiple products with references.
Learn how to configure putaway strategies at storage type level using sequence rules, control indicators, and stock type decisions (quality vs block stock) to automatically determine storage bins.
Learn to configure putaway strategies in sap ewm using control parameters like party and quantity classification, defining storage types and sequences, and validating with inbound deliveries.
Explore putaway rules in SAP EWM, including addition to existing stock, empty bin, and split rules, with capacity checks and bin capacity management during inbound deliveries.
Learn to configure putaway strategies in SAP EWM at storage section, storage type, and storage bin levels, using warehouse data indicators, search sequences, and bin types.
Configure a simple inbound POSC workflow that unloads from the door to a staging area and automatically triggers the put away step through a two-step storage process.
Discover how inbound deconsolidation in SAP EWM handles cartons with multiple products, splitting to different storage types via unload, deconsolidation, and put-away, with work centers and rule-based consolidation.
Explore value added services in sap ewm inbound posc, detailing relevance and packaging specification, master data setup, and the end-to-end vas workflow from unload to put-away.
Explore the simple outbound process in sap ewm. Create a sales order and outbound delivery, convert to a delivery request and order, then pick, stage, perform goods issue, and reversal.
Explore stock removal strategies in SAP EWM, defining stock removal rules and storage type sequences, including FIFO and LIFO, with rule application for inbound, outbound, and goods issue process.
Explore outbound process oriented storage control (POSC) in SAP EWM, covering pick, pack, stage, load steps, warehouse order creation rules, and value-added services packaging considerations for outbound deliveries.
Learn how to determine WOCR (warehouse order creation rules) at the activity area level in SAP EWM, using item and subtotal filters, consolidation groups, and limits to shape outbound deliveries.
Discover replenishment strategies in SAP EWM, including primary and buffer zones, storage bin and storage type replenishment, fixed bins, and min–max levels, plus plant, order-related, direct, and automatic replenishment approaches.
Learn replenishment strategies in SAP EWM by defining minimum and maximum quantities at storage type and bin levels, running replenishments, and enabling order-related replenishment with robin determination.
Learn how SAP EWM handles physical inventory by comparing book and actual stock, configuring physical inventory areas and tolerance groups, and posting differences with the difference analyzer.
Learn how to configure physical inventory in sap ewm, define pi areas, tolerance groups, and recounting workflows, and implement cycle counting with abc classification for erp posting.
Understand wave management in SAP EWM, where request items are grouped into waves, released automatically or manually, and configured with templates and order creation rules.
Explore opportunistic cross-docking in SAP EWM, where staging area picks serve outbound orders. Configure stock determination to allow F1 as F2 and apply push or full deployment.
Learn how SAP EWM queue determination assigns warehouse orders to workers, via five control parameters, access types, and automatic or manual inbound/outbound queues.
Master resource management in sap ewm by defining resource types, type groups, bin access, and task interleaving, and configuring resource groups with inbound and outbound queues.
Automate cartonization planning in SAP EWM to determine carton size from item weight and volume for outbound orders, yielding planned shipping handling units and packing templates.
Define and activate packaging specifications for small, medium, and large boxes, then execute cartonization planning for three customers. Validate outbound deliveries and warehouse order creation through testing and logs.
Master the bulk storage putaway strategy in SAP EWM. Define bulk storage type, control, and structure to optimize storage bins and manage bulk stock efficiently.
define pallet storage type and enable bin sectioning to subdivide a main storage bin into multiple sections, enabling efficient putaway and capacity-driven allocation across bin sections.
Explore SAP EWM slotting, a method to determine optimal put-away storage. It uses master data such as weight, volume, and packaging to assign storage type, storage section, and bin type.
In SAP EWM rearrangement, move fast-moving items to optimal storage bins near access points by using slotting index guided search sequences, improving pick efficiency and reducing travel.
Learn how pick, pack, and pass coordinate three activity areas (P1, P2, P3) with a higher level warehouse order, three workers, and conveyors in an RF environment.
Explore kitting in SAP EWM, detailing kit to order, kit to stock, and reverse kitting, including kit header and components, BOM explosion, and outbound delivery processes.
Utilize the post-processing framework actions to trigger printing and messages on conditions. Learn how action profiles and processing types enable immediate or delayed processing for inbound deliveries and warehouse tasks.
Learn how ERP organization structure, master data, and plant and shipping point distribution feed SAP EWM, covering deployment options, logical systems, RFCs, and master data synchronization.
Explore how to map the ERP organizational structure to EWM, defining plants, storage locations, warehouse numbers, and shipping points, and integrating master data and distribution between ERP and EWM.
Explore SAP EWM topics on storage type and storage section, including SBT and BAT, storage bins and storage bin types, final put away, and stock identification.
Discover sap ewm's organization structure, including storage bins, storage types, and their associated activity areas and staging areas for efficient put-away and picking.
Learn ERP-EWM integration, map ERP warehouse, plant, and storage locations to EWM, configure distribution models, and cover inbound delivery distribution, document mapping, and warehouse process type determination.
Learn how SAP EWM's warehouse monitor uses availability groups to map ERP stock types (F1/F2, RR/AFS) to storage locations, track inbound deliveries, put-away, and stock movements.
Explore putaway strategies at the storage type level by configuring storage type search sequences and control indicators to automatically determine destination storage bins during inbound deliveries.
Explore SAP EWM session 7 putaway strategies, focusing on storage type search sequences, stock type controls, and rules like additions to existing stock, empty bin allocation, and PD disposal.
Learn how to implement putaway strategies at storage section and storage type levels, define storage section indicators, configure SSI sequences, and test bin determination with bin types and capacity checks.
Explore the fundamentals of handling unit management in SAP EWM, including unique identification numbers, packaging material types and groups, number ranges, and mapping H1/H2 types to warehouses.
Explore handling unit management in SAP EWM, including packaging materials, material groups, and H2 types. Learn how ERP integration supports inbound deliveries, goods receipt, and handling units in warehouse management.
Explore how SAP EWM packaging specification defines multi-level packaging structures from auxiliary materials to carton boxes and pallets, covering level sets, elements, and condition-based determination for automatic packing.
Learn how quantity classifications serve as a control parameter to determine storage types and put-away strategies for cartons and pallets, using alternate units of measure and stock-specific mappings.
Implement process oriented storage control for inbound POSC by defining unload and put away steps, assigning resources, and configuring storage processes with automatic warehouse tasks.
Explore inbound POSC with value added services in SAP EWM, including packaging specification relevance and VOS orders creation. Learn the flow of unload, deconsolidation, wash, and putaway for inbound deliveries.
Master a basic outbound process in SAP EWM, from sales order to outbound delivery and goods issue, contrast decentralized and embedded delivery, and study stock removal strategies fifo and lifo.
Explore configuring process oriented storage control for outbound in SAP EWM, defining external steps (pick, pack, stage, load), storage processes, and warehouse order creation rules.
Explore extending the outbound poc with value added services and process oriented storage control. Define relevance, packaging specification, and outbound delivery orders within sap ewm.
Explore opportunistic cross-docking in SAP EWM, where GR staging area stock F1 becomes F2 for outbound deliveries via stock determination and product groups.
Learn how SAP EWM determines inbound and outbound queues using five control parameters and assigns orders to resources, guided by resource types and groups, including RF versus non RF processing.
Learn how to perform physical inventory in sap ewm, including bin level and product specific counting, tolerance groups, posting, and the basics of wave management for picking.
Explore replenishment strategies in SAP EWM, including plant, order related, direct, and automatic replenishment, to keep primary and buffer zones stocked at min-max levels.
Learn yard management in SAP EWM: define a yard as a storage type, connect doors, bins, and checkpoints, activate yard management and RF processes for inbound and outbound flows.
Explore batch management in S4HANA embedded EWM, covering batch concepts, characteristics, and classes, and learn how to configure unique material level batch names and automated batch creation for deliveries.
SAP Extended Warehouse Management .
In This Course , You will learn about both Decentralized & Embedded EWM.
We will Cover each topic from scratch. In this course EWM core plus some advance topic will be cover.
Course content will be
- EWM Functionalities
- Deployment Options
-ERP & EWM Org elements & Master Data
-Warehouse Process Type
-Warehouse Monitor
-Availability Groups
-Putaway Strategies
- Handling Unit (HU) Management
-Packaging Specification
-Inbound POSC + LOSC
-Stock Removal Startegies
-Outbound POSC
-WOCR(Warehouse order Creation Rule)
-Replenishment
-Physical Inventory
-Resourse & Queues
-Wave management
-Yard management
-Opportunistic Cross Docking Process
-Kit
-Cartonisation Planning
-PPF
-Pick-Pack-Pass Process
-Quality Inspection Engine
-PP-EWM
-Expected Goods Receipt
This course is suitable for all those who wants to excel their career as EWM functional consultant as well as for those who have exposure to SAP either as consultant in different module or Super user or an end user. After completing this course, you will able to understand entire EWM process Flow , Configurations in multiple functionalities of SAP EWM.
Since SAP EWM is latest release by SAP for Warehouse management functionalities , so it is highly recommended to have knowledge about this module.
We will be covering same lecture series on SAP S4HANA Extended Warehouse management in upcoming days. It is highly recommended to complete Decentralized EWM first & then go for SAP S4HANA EWM. It will be beneficial for us to work on both environment during real time projects. Keep learning....