Supply Chain Operations Metrics and KPI's

Measure and communicate supply chain performance with objective metrics and targets across quantity and time, and share dashboards with the right people for near real-time KPIs and timely decisions.

Explore the scor model, a cross-industry framework linking plan, source, make, deliver, return, and enable with metrics and the core attributes reliability, responsiveness, agility, cost, and asset management.

The SCOR model defines level 1 strategic metrics and six management processes that set supply chain scope and targets; level 2 and 3 specify operational strategies and configured processes.

Explore the SCOR model's level 2, 3, and 4 processes, including planning and execution, and how perfect order fulfillment metrics cascade from level two to level three and four.

Explore how supply chain agility is measured via flexibility and adaptability, including upside and downside metrics, 30-day production capacity, and value-at-risk assessments across suppliers, customers, and operations.

Learn the total cost to serve as the level one metric for supply chain costs, summing planning, sourcing, material landed cost, production order management, fulfillment, and returns.

Explore supply chain asset management through key metrics like cash to cash cycle time, days of supply, days sales outstanding, and return on fixed assets and working capital.

Assess customer service in supply chains through fuel rate (fill rate) and lead time and order status monitoring, measuring inventory availability, on-time delivery, and stock-outs with recovery time.

Measure customer service with order status reporting and satisfaction, including on-time estimates, accuracy, downtime, and voice of customer benchmarking for intermediate and ultimate customers.

Pursue continuous improvement of dynamic supply chain processes by re-engineering for visibility across functions and partners, with top-down direction and bottom-up employee involvement.

Apply lean improvement to eliminate waste and non value added activities across the supply chain, using just in time principles to align processes, reduce defects, and optimize value for customers.

Explore the house of Toyota framework, from foundation stability and leveling through standard work and kaizen, to waste elimination, one-piece flow, lean accounting, and delivering short customer lead times.

Learn how just in time and Judoka synchronize production with customer demand to minimize inventories, enable one piece flow, and apply mistake proofing and visual controls for continuous improvement.

Explore lean tools like value stream mapping, kaizen events, and 5S to reduce waste, standardize processes, and engage teams in total productive maintenance for smoother, cost-effective production.

Embrace just-in-time manufacturing to eliminate waste and queues, pull materials to the right places at the right times, and emphasize quality and continuous improvement.

Explore the Six Sigma methodology to reduce process variation and achieve near-zero defects, targeting 3.4 defects per million opportunities through DMAIC, customer focus, and data-driven improvement.

Total quality management drives long-term success through continuous process improvement. It emphasizes management commitment, teamwork, and customer focus with standard performance measures.

Learn how benchmarking sets goals by comparing lead time, variability, and defects to outside performance standards, using competitive benchmarking, best in class benchmarking, and process benchmarking to drive improvement.

Use process maps to visualize flow, steps, resources, and responsibilities, identifying inefficiencies to drive improvements. Apply control charts to monitor performance against limits and distinguish variation with statistical process control.

Use a Pareto chart to identify the 20% of causes driving 80% of defects, then apply a cause-and-effect (Ishikawa) diagram to locate root causes and guide Six Sigma improvements.

Explore how histogram, check sheet, and scatter chart visualize frequency distributions and variation in a process, reveal relationships and correlations, and support single-entity data collection for continuous improvement.

Use matrix diagrams to map relationships between supplier specifications, strengths, and interactions. Build an interrelationship diagram to visualize cause and effect, cluster ideas, and identify the major cause by arrows.

Explore best practices that boost supply chain performance, including available-to-promise methods (discrete, cumulative, look-ahead), collaborative planning, forecasting and replenishment, co-located procurement, and cross-docking to improve reliability.

Explore best practices such as merchant transit, postponement, vendor managed inventory, and wave picking to optimize inventory levels and improve reliability and delivery times.

Apply a six-step change management model to motivate change, analyze risks and opportunities, plan and implement, monitor outcomes, and adopt or adjust the new practices for lasting improvement.