Warehousing
  • Syllabus
  • Course modules
  • Assignments
  • Extra materials
  1. 10  Warehouse Sizing, Layout, and Material-Handling System Design
  • Warehousing
  • 1  Syllabus
  • Warehouse Operations and Performance Diagnosis
    • 2  Introduction to warehousing
    • 3  Warehouse functions and flows
    • 4  Warehouse systems
    • 5  Warehouse functionality
    • 6  Planning scales in warehousing
  • 7  Distribution Network Design and Facility Location
  • Storage Systems, Policies, and Storage Location Assignment
    • 8  Theses on Storage-Location Assignment
  • Storage Space Requirements, Forward-Reserve Allocation, and Replenishment
    • 9  Replenishment in practice
  • 10  Warehouse Sizing, Layout, and Material-Handling System Design
  • 11  Order-Picking System Design and Control
  • 12  Robotized and Automated Warehouse Systems
  • 13  Exam Preparation and Assignment Work
  • Tutorials
    • 14  Facility-location optimization
    • 15  Warehouse storage optimization
    • 16  Economic order quantity (EOQ) model
    • 17  Optimal lane depth for block stacking
    • 18  Product allocation and functional-area sizing
    • 19  Warehouse block-layout design
    • 20  Order picking: routing, batching, and scheduling
  • Assignments
    • 21  WH-AS1 - Diagnosis and Activity Profiling
    • 22  WH-AS2 - Storage Location Assignment and Space Requirements
    • 23  WH-AS3 - Warehouse Layout Improvement
    • 24  WH-AS4 - Order-Picking Improvement
    • 25  WH-AS5 - Intervention Trade-Off Analysis
    • 26  WH-FINAL - Management Report and Reproducible Code
    • 27  WH-PR - Report and Code Peer Review
    • 28  Report and Code Assessment Rubrics
  • Extra materials
    • 29  Practice questions
    • 30  Warehousing Tour D’Horizon
    • Complete slide catalog

Table of contents

  • By the end of this module, you can
  • Slides
  • Tutorials and tools
  • Assignment guidance
  • Supporting material

Warehouse Sizing, Layout, and Material-Handling System Design

Course home / Module 05

Module 05 · Week 40 · Design

Warehouse Sizing, Layout, and Material-Handling System Design

Convert flows, relationships, and area requirements into a feasible, optimized facility layout.

Activity relationships translated into a U-shaped warehouse block layout.

Decision levelTactical facility configuration

Core methodsSystematic layout planning and optimization

How should warehouse areas be arranged to meet flow, space, equipment, and adjacency requirements?

A layout must accommodate product flows, activity relationships, equipment, and space requirements. Use those requirements to size the areas and compare feasible arrangements.

By the end of this module, you can

  • estimate space requirements for warehouse activities;
  • construct and interpret activity-relationship information;
  • compare I-, L-, and U-shaped flow structures;
  • connect material-handling equipment to layout constraints; and
  • formulate and critique a block-layout optimization model.

Slides

Warehouse design challenges

The coupled choices involved in warehouse sizing, layout, equipment, storage, and operating strategy.

Open deck

Facility planning

Flow, space, adjacency, and relationship planning for warehouse facilities.

Open deck

Block-layout optimization

Mathematical models for warehouse department placement and block layouts.

Open deck

Tutorials and tools

Work through the warehouse block-layout tutorial. Design and compare I-, L-, and U-shaped arrangements with department areas, adjacency relationships, and fixed interfaces. The product-flow allocation and area-sizing tutorial accompanies Module 4.

Assignment guidance

WH-AS3 concerns the layout of your group’s SPR scope. Use the assignment brief for the required models and analysis. Reuse your WH-AS1 diagnosis and WH-AS2 storage evidence. Include the results in your final management report and code package.

Supporting material

Long-term storage and space requirements — spreadsheet

Activity-relationship example — spreadsheet

Storage Space Efficiency Guide

Systematic Layout Planning overview

Warehouse equipment selection cards

Rouwenhorst et al. (2000): Warehouse design and control

Baker and Canessa (2009): A structured approach

← Previous · Storage Space Requirements, Forward-Reserve Allocation, and Replenishment

Next · Order-Picking System Design and Control →

9  Replenishment in practice
11  Order-Picking System Design and Control