Training on Advanced Warehouse Management Systems (WMS) and Automation

Module 1: Strategic Role of WMS in the Modern Supply Chain

• Evolution from basic inventory tracking to integrated supply chain orchestration.
• Aligning WMS capabilities with business strategy and customer service goals.
• Key differentiators in tier-1 WMS solutions (e.g., Blue Yonder, Manhattan, SAP EWM).
• Case Study/Hands-on Exercise: Evaluate three case studies of companies with different business models (e.g., e-commerce, retail, manufacturing) and recommend the WMS functional priorities for each.

Module 2: Advanced WMS Configuration and Customization

• Configuring putaway, picking, packing, and shipping logic.
• Creating custom dashboards and reports for operational visibility.
• Managing user roles, permissions, and workflows.
• Case Study/Hands-on Exercise: Configure a wave picking strategy in a simulated WMS environment for a multi-channel retailer with both pallet and each-picking requirements.

Module 3: Introduction to Warehouse Automation Technologies

• Overview of automation types: fixed (conveyors, AS/RS) vs. flexible (Autonomous Mobile Robots - AMRs).
• Understanding the capabilities and limitations of goods-to-person and person-to-goods systems.
• The role of vision systems and IoT sensors.
• Case Study/Hands-on Exercise: Analyze the operational data of a distribution center to identify top three processes most suitable for automation and justify the choice of technology.

Module 4: Robotics Integration: AMRs and Automated Picking

• Deep dive into AMR fleet management and navigation technologies.
• Integrating robotic picking arms with WMS for mixed-case palletizing.
• Workflow orchestration between human workers and robots.
• Case Study/Hands-on Exercise: Design a zone for AMR deployment in a given warehouse layout, defining traffic flow, charging stations, and pick stations.

Module 5: AS/RS and High-Density Storage Solutions

• Evaluating AS/RS types: unit-load, mini-load, and shuttle systems.
• Calculating the impact of high-density storage on cube utilization and land costs.
• Integration of AS/RS with WMS for real-time inventory control.
• Case Study/Hands-on Exercise: Create a cost-benefit analysis for replacing a traditional pallet racking system with a shuttle-based AS/RS, considering throughput and storage density.

Module 6: WMS Integration with ERP and Supply Chain Systems

• The role of middleware and APIs in system integration.
• Managing data flow between WMS, TMS, and ERP for end-to-end visibility.
• Strategies for handling system failures and ensuring data consistency.
• Case Study/Hands-on Exercise: Map the data flow for a customer order from an e-commerce platform through the ERP to the WMS and back, identifying potential integration points of failure.

Module 7: Labor Management Systems (LMS) and Workforce Optimization

• Linking LMS to WMS to track individual and team productivity.
• Developing engineered labor standards for automated and manual processes.
• Using gamification and performance analytics to improve employee engagement.
• Case Study/Hands-on Exercise: Analyze a labor productivity report from a WMS/LMS, identify the root causes of underperformance in a specific picking zone, and propose corrective actions.

Module 8: Data Analytics and Continuous Improvement in Warehousing

• Using WMS data to identify process bottlenecks (e.g., dwell time, travel time).
• Implementing slotting optimization based on ABC analysis and order profiles.
• Creating predictive models for labor and space requirements.
• Case Study/Hands-on Exercise: Use a dataset of order lines and SKU velocity to develop a new slotting strategy that reduces travel time by 15%.

Module 9: Cybersecurity and Risk Management for Automated Warehouses

• Identifying vulnerabilities in connected warehouse systems (WMS, robotics, IoT).
• Implementing network segmentation and access controls.
• Developing a business continuity plan for automation outages.
• Case Study/Hands-on Exercise: Conduct a risk assessment for a fully automated facility, identifying critical single points of failure and proposing mitigation strategies.

Module 10: Project Management and Change Management for WMS/Automation

• Managing the lifecycle of a WMS implementation or upgrade.
• Stakeholder management and communication strategies.
• Training and upskilling the workforce for a technology-driven environment.
• Case Study/Hands-on Exercise: Develop a phased implementation roadmap for introducing AMRs into a legacy warehouse, including a change management plan for existing associates.