Warehousing
  • Syllabus
  • Course modules
  • Assignments
  • Extra materials
  1. 12  Robotized and Automated Warehouse Systems
  • 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
  • Supporting material

Robotized and Automated Warehouse Systems

Course home / Module 07

Module 07 · Week 42 · Optimize

Robotized and Automated Warehouse Systems

Coordinate routes, batches, zones, and multiple pickers while preserving operational realism.

Autonomous mobile robots carrying shelves toward a coordinated picking station.

Decision levelOperational planning and control

Core modelRoute, batch, zone, and picker coordination

How can we coordinate people, orders, routes, zones, and automation while preserving operational realism?

This module turns picking-system design into a coordinated operational problem. You will study routes, batches, zones, picker interactions, automated systems, and emerging OR/ML approaches while testing whether model objectives reflect the actual service and implementation problem.

By the end of this module, you can

  • formulate a routing or batching decision for order picking;
  • explain zoning and consolidation consequences;
  • reason about multiple-pickers and makespan;
  • evaluate automated picking and mobile-robot coordination; and
  • critique where an OR or ML method omits operational constraints.

Slides

Robotized and automated systems

Automated storage, retrieval, transport, and picking-system choices.

Open deck

Trends and innovations

Technology trends and emerging operating models in warehousing.

Open deck

Supporting material

Use the automated picking systems classification to compare system families and Azadeh, De Koster, and Roy (2019) for the research overview.

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11  Order-Picking System Design and Control
13  Exam Preparation and Assignment Work