Two warehouses holding identical inventory can perform completely differently, and the difference usually isn't the staff or the equipment — it's the layout, and whether product flows through the building logically or forces workers to fight the design every shift. Warehouse Design determines the ceiling on operational efficiency before a single order is ever picked, which is exactly why poorly designed facilities struggle to improve no matter how hard the team works. The Warehouse Design and Layout Optimization Training Course, delivered by the British Academy for Training and Development, is built for professionals responsible for designing or redesigning warehouse space that genuinely supports efficient operations.

This course treats warehouse design as an engineering and operational discipline, not a matter of fitting in as much racking as physically possible. Participants learn how warehouse layout decisions shape travel time, labor cost, and throughput long before operations even begin, how to select and configure storage systems suited to different product types and velocity, and how efficient picking processes depend directly on layout and slotting decisions made upstream. The course also covers how to design material flow that moves product logically from receiving to shipping, practical strategies for improving productivity through layout rather than just adding labor, and how automation can be integrated into a design without forcing a costly redesign later. Participants leave with a practical framework for designing warehouse space that performs efficiently from day one.

By the end of this course, participants will be able to:

• Apply warehouse design principles to build genuinely efficient operations
• Design warehouse layouts that reduce travel time and labor cost
• Select and configure storage systems suited to different product profiles
• Apply picking strategies that depend on sound layout and slotting decisions
• Design material flow that moves product logically through the facility
• Improve productivity through layout and process design, not added labor alone
• Integrate automation into warehouse design without requiring costly redesign
• Evaluate existing warehouse layouts to identify improvement opportunities

Target Group

• Warehouse managers and warehouse design engineers
• Distribution center planners and facility designers
• Operations managers responsible for warehouse productivity
• Supply chain professionals involved in facility planning decisions
• Automation and systems integration professionals in warehousing
• Professionals preparing for leadership roles in warehouse operations

• Foundations of Warehouse Design
  • Core principles connecting layout design to operational efficiency
  • Understanding how design decisions set the ceiling on performance
• Warehouse Layout Principles
  • Designing layouts that reduce travel time and improve labor efficiency
  • Structuring zones based on product velocity and handling requirements
• Storage Systems Selection
  • Selecting storage systems suited to different product types and volume
  • Balancing storage density against accessibility and picking speed
• Picking Strategy and Slotting
  • Applying picking strategies that depend on sound slotting decisions
  • Reducing picking time through logical product placement
• Designing Material Flow
  • Structuring material flow from receiving through shipping
  • Eliminating bottlenecks caused by poor flow design
• Improving Productivity Through Design
  • Applying layout and process improvements that increase productivity
  • Reducing reliance on added labor to solve design-driven inefficiency
• Integrating Automation Into Warehouse Design
  • Designing warehouse space that accommodates future automation needs
  • Avoiding layout decisions that require costly redesign for automation
• Evaluating and Redesigning Existing Layouts
  • Assessing current warehouse layouts to identify improvement opportunities
  • Prioritizing redesign investments based on operational impact
• Sustaining Warehouse Design Performance
  • Building ongoing review practices to keep layout aligned with demand
  • Adjusting design as product mix and volume evolve over time