Running Modern Warehouses: Automation, Labor, and Continuous Improvement

Running a warehouse over years involves more than executing a good design. Volumes shift, product mixes change, technology evolves, and labor markets reshape what is possible. The operations that sustain performance through all of that share patterns of disciplined improvement and thoughtful technology adoption. This course is about those patterns. You will work through written scenarios that mirror the realities of running warehouses across stages of growth, including the moments when automation makes sense and the moments when it does not. The course respects that good operations leaders make many small decisions correctly across years. What you'll learn: - Recognize the signals that suggest automation investments make sense for a specific operation - Evaluate automation options including goods-to-person systems, robotic pick assist, and conveyors - Build labor practices including training, productivity feedback, and retention that support long-term performance - Plan continuous improvement cycles using lean and six-sigma fundamentals - Manage technology refresh including WMS upgrades, mobile device transitions, and system migrations - Develop the operational leadership habits that sustain performance through volume swings and team changes The course begins with automation decisions, moves through labor practices, continuous improvement, and technology refresh, and finishes with operational leadership. A capstone written exercise asks you to draft a two-year improvement plan for a real or hypothetical warehouse at a meaningful stage of growth. This course is designed for warehouse managers, operations directors, and supply chain leaders responsible for long-term performance. It is approachable for committed beginners willing to do the foundational work first. No prior automation experience is required. The course is about operational discipline and stays informational; it does not provide specific recommendations for particular vendors or technologies.