Warehousing
  • Syllabus
  • Course modules
  • Assignments
  • Extra materials
  1. Assignments
  • 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

  • Project requirements
  • Worked tutorials

Assignments

The coursework follows one real warehouse through five connected report parts, each assessed with a 10-point rubric in one final management report and its supporting code. The group may curate and reorganize its strongest insights to build one coherent management argument; the code must retain the traceable evidence needed for the rubrics. All requirement descriptions and rubrics are visible from the beginning. Completing the formative WH-AS1 draft is required for that final-report part to be graded, and each student must also complete the required peer-review process. Canvas remains authoritative for submissions, grades, and current communication.

Project requirements

WH-AS1 - Diagnosis and Activity Profiling WH-AS2 - Storage Location Assignment and Space Requirements WH-AS3 - Warehouse Layout Improvement WH-AS4 - Order-Picking Improvement WH-AS5 - Intervention Trade-Off Analysis WH-FINAL - Management Report and Reproducible Code WH-PR - Report and Code Peer Review

Worked tutorials

Warehouse storage optimization Product allocation and functional-area sizing Warehouse block-layout design

Important2026 resource access

Use the notebook template with the warehouse data below.

  • Company presentation
  • Warehouse map: BCF-zones.xls
  • Reserve locations: DC23CASES.zip
  • Active locations: DC23ACTIVE.zip
  • SKU dimensions and status: PhillyDimStatus2.zip
  • Additional SKU data: ITEMDATAV2.txt.zip
  • Replenishment limits: DC23MINMAX2.zip
  • Sales history: sales.zip
  • Picking batches: TRCART23.zip
  • Carton lines: CDCART23.zip
  • Carton headers: CHCART23.zip

Extract the ZIP archives into data/raw beside the notebook. Keep the filenames unchanged so the notebook can locate the inputs.

The final submission includes a management report of no more than 12 pages and code that regenerates its results. Each student also completes an individual oral defence. The course syllabus gives the full assessment rules. Check TimeEdit and Canvas for current dates and submission instructions.

20  Order picking: routing, batching, and scheduling
21  WH-AS1 - Diagnosis and Activity Profiling