Warehouse Order Picking Siemens Plant Simulation -- 2
Budget: $10 – $30 USD
Siemens Plant Simulation: Manuel Order Picking with Travsal Strategy
Open
I need a Siemens Plant Simulation model to investigate traversal routing strategies for order picking in a warehouse environment.
The warehouse layout should follow the attached image and contain 10 aisles with shelves on both sides. The warehouse should include a front aisle, back aisle, and a drain/loading point at the front side.
The shelves should be filled with different products distributed across the warehouse.
The simulation should work as follows:
Only one picker is considered in this model.
The picker uses a traversal routing strategy for order picking.
The picker starts at the drain/loading point.
The system generates a random customer order containing x products.
Products are randomly selected from the available products stored in the warehouse.
The picker must search for all requested products in the warehouse, collect them, and return to the drain/loading point to deliver the order.
The main objective is to determine how long the worker needs on average to complete an order containing x picks while using the traversal strategy.
Required output / KPIs:
Average time needed to complete an order with x picks
Total travel distance
Average picker travel time
Number of completed orders
Deliverables:
Siemens Plant Simulation (.spp) file - Version 2404
Clean and well-structured model with labeled methods and tables
Basic documentation explaining how to change parameters and run simulations
Warehouse dimensions and additional input parameters will be provided after project start.
Skills required:
Logistics
Inventory Management
Statistical Analysis
Operations Research
Data Analysis
Simulation
Process Simulation
Open
I need a Siemens Plant Simulation model to investigate traversal routing strategies for order picking in a warehouse environment.
The warehouse layout should follow the attached image and contain 10 aisles with shelves on both sides. The warehouse should include a front aisle, back aisle, and a drain/loading point at the front side.
The shelves should be filled with different products distributed across the warehouse.
The simulation should work as follows:
Only one picker is considered in this model.
The picker uses a traversal routing strategy for order picking.
The picker starts at the drain/loading point.
The system generates a random customer order containing x products.
Products are randomly selected from the available products stored in the warehouse.
The picker must search for all requested products in the warehouse, collect them, and return to the drain/loading point to deliver the order.
The main objective is to determine how long the worker needs on average to complete an order containing x picks while using the traversal strategy.
Required output / KPIs:
Average time needed to complete an order with x picks
Total travel distance
Average picker travel time
Number of completed orders
Deliverables:
Siemens Plant Simulation (.spp) file - Version 2404
Clean and well-structured model with labeled methods and tables
Basic documentation explaining how to change parameters and run simulations
Warehouse dimensions and additional input parameters will be provided after project start.
Skills required:
Logistics
Inventory Management
Statistical Analysis
Operations Research
Data Analysis
Simulation
Process Simulation