• SAP-LE: Re- Organization of the SAP-Supports for existing customer using LE-WM (MFS, SubDriver)
• SAP-LE: Support of all implementad functionalities of SAP-LE with focus to Warehouse Management and the integrated Dematic Material Flow Solution (MFS, SubDriver)
• SAP-EWM: International Roll-Outs of automatic warehouse systems managed from SAP EWM / MFS
• SAP-EWM: ERP and EWM Integration, Configuration of warehouse processes
• SAP-EWM: Prozess- and layout oriented storage control
• SAP-EWM: Post Processing Framework (Configuration and Creation of actions)

• SAP-LE-TRA: Integration of customer requirement for shipments using User-Exits to influence the creation of shipments and triggering defined status.
• SAP-LE: Realisation of a customer-defined RF transaction for taking inventories.

• SAP-LE / WM: Design and realisation of multiple RF transactions for customer-defined put away and stock removal strategies.

• SAP-LE: Design of a functional specification for the extension of outbound deliveries with new batch numbers. The batch numbers will be assigned to the outbound deliveries after they are pegged thru APO.

• SAP-QM: A Integration of subsystems using IDoc’s. Small Enhancements and customizing (Idoc enhancements, User-Exits, BAdls, customer maintained tables etc.).   Direct integration with inspection data interface using QM-IDI.
• SAP-PP: Integration of subsystems using IDoc’s. Small Enhancements and customizing (Idoc enhancements, User-Exits, BAdls, customer maintained tables etc.).   Direct integration with complementary process control system using PI-PCS.
• SAP-WM/PP: Mobile data entry using SAP RF: Different customer development for the production supply using WM.

• SAP-LE / WM: Customer specific Modifications and Enhancements for process optimization using the Task & Resource Management System (TRM). Development of a scanning solution: Loading handling units and creation  of a rush order with outbound delivery
• SAP-LE / WM: Integration of cross docking and adjustments for the customer-defined put away and stock removal strategies.

• SAP-LE / WM: Process design
• SAP-IS Mill: Realisation of the delivery-related trading unit change (DTUC) thru an ext. system (cutting confirmation)
• SAP-LE / WM: Interfaces to several external systems with IDoc's

• SAP-LE / WM: Support with the Upgrade to AFS 6.03

Assistent Project Leader Warehouse Management

• SAP-LE: Customizing
• SAP-WM: Stock reconciliation between SAP-WM and external warehouse system
• SAP-WM: Support Stock Taking

Support for the SAP AFS implementation in Thailand, Poland and Denmark

• Volume calculation: Complex process in automatic Triumph Warehouse, with the aim of optimizing packaging for the goods issue process. The optimization is influenced by customer and material specific factors
• Customer Enhancements: SAP AFS Warehouse Management <-> Fully automatic Triumph Warehouse: Several hard courts for each storage type, separate storage and retrieval strategies, ...
• SAP-AFS PP: Copying BOMs from development work according to target work with previous expansion of the material master
• SAP-AFS SD: Report for consignment inventory

• SAP-WM: Stock reconciliation between SAP-WM and external warehouse system
• Performanceimprovement for miscellaneous programs thru usage of the parallel functionality
• Client specific route determination
• After Go-Live Support
• IDoc Error Handling

• Training R/3 Warehouse Management
• Support for the Warehouse Management
• SAP-WM/RF Radio-Frequency: Extension for the mobile data entry

• Support for the migration R/2->R/3
• Design, Customising and Developments for the Warehouse Management.

SAP Industry Solution AFS

Reference

• AFS-WM: The standard warehouse management in R/3 has been enhanced to include data at SKU level. The functions and processes, such as goods receipt, replenishment, stock taking and goods issue in WM are applicable for AFS material. Strategies are also possible on SKU level. Reports and screens have been enhanced to display SKU data.
• AFS-PP: Developed the functionality to associate a grid with a class item in a BOM and also allocate material components with the same grid to the class item. This will substantially reduce the amount of BOM maintenance needed. In configuration, when the appropriate component is chosen, it will replace the class item as in standard R/3 and all grid relationships to the top level grid should remain from the class item grid.
• AFS-ARUN: Implementing the parallel functionality for reducing the runtime of the allocation run. + analyze tools
• AFS-ARUN: Manuel Rejection
• AFS-ARUN: Reorganization of selection sets and version management
• AFS-ARUN: Extending Loklogic for customer order and online arun

• Support for the SAP implementation at Justin Boots, Ecco, Kansas, Nike