This curriculum spans the design and operational alignment of ERP systems with Lean and Six Sigma practices, comparable in scope to a multi-workshop program that integrates process improvement methodologies with enterprise system configuration across manufacturing and supply chain functions.
Module 1: Strategic Alignment of ERP with Lean and Continuous Improvement Objectives
- Selecting ERP modules that directly support value stream mapping and waste identification across manufacturing and service operations.
- Defining KPIs in the ERP system that reflect Lean metrics such as cycle time, takt time, and first-pass yield.
- Integrating voice-of-customer data from CRM into ERP planning modules to align production with actual demand signals.
- Establishing cross-functional governance for ERP configuration changes to prevent siloed optimization that undermines Lean principles.
- Configuring ERP master data (e.g., BOMs, routings) to reflect standardized work and minimize process variation.
- Mapping ERP transaction workflows to value streams to identify non-value-added administrative steps in order fulfillment.
Module 2: ERP Data Integrity and Its Impact on Process Control
- Implementing data validation rules at point of entry to ensure accurate time, quantity, and quality inputs for SPC analysis.
- Designing user roles and permissions to prevent unauthorized overrides of production or inventory data.
- Establishing reconciliation procedures between shop floor data (e.g., MES) and ERP transaction records.
- Configuring automated alerts for data anomalies such as missing time stamps or out-of-bounds quality results.
- Choosing between real-time integration and batch updates based on process stability and system load constraints.
- Creating audit trails for master data changes to support root cause analysis during process deviations.
Module 3: ERP-Enabled Root Cause Analysis and Six Sigma Integration
- Structuring ERP defect codes to align with Six Sigma failure mode taxonomies for Pareto analysis.
- Linking non-conformance records in ERP to corrective action workflows with time-bound escalation paths.
- Using ERP production history to extract baseline sigma levels before launching DMAIC projects.
- Embedding control plan requirements into ERP work order closeout procedures.
- Configuring drill-down reporting to trace quality issues to specific machines, shifts, or material lots.
- Integrating statistical process control (SPC) charts with ERP quality modules for automated out-of-control detection.
Module 4: Lean Inventory and Supply Chain Execution via ERP
- Setting reorder points and safety stock levels in ERP based on historical lead time variability and demand pull signals.
- Configuring kanban rules in ERP to trigger replenishment only when consumption is recorded at point of use.
- Mapping supplier performance data in ERP to drive continuous improvement in procurement lead times and quality.
- Implementing consignment and vendor-managed inventory logic within ERP to reduce working capital.
- Using ATP (Available-to-Promise) functionality to balance customer delivery commitments with Lean capacity constraints.
- Validating material staging times in ERP against actual line-side consumption to optimize supermarket operations.
Module 5: Production Scheduling and Capacity Management in a Lean Context
- Configuring finite capacity scheduling in ERP to reflect true machine and labor constraints, not theoretical throughput.
- Enforcing leveled production (heijunka) in ERP master scheduling to minimize batch-driven waste.
- Integrating changeover time data into ERP routing files to support SMED (Single-Minute Exchange of Die) tracking.
- Using ERP to simulate the impact of mixed-model sequencing on downstream workloads and inventory.
- Aligning ERP work order release timing with takt time rather than push-based MRP logic.
- Monitoring schedule adherence in ERP to identify systemic bottlenecks and improve line balancing.
Module 6: Change Management and ERP Governance for Continuous Improvement
- Establishing a change control board to review ERP configuration updates for impact on existing Lean processes.
- Documenting as-is and to-be process flows in ERP during kaizen events to ensure system reflects new standards.
- Designing role-based dashboards in ERP that highlight improvement opportunities without overwhelming users.
- Requiring process validation before activating new ERP functionality in production environments.
- Managing user resistance by aligning ERP transaction steps with visual management practices on the shop floor.
- Using ERP audit logs to measure compliance with newly standardized work procedures post-improvement.
Module 7: Performance Monitoring and Closed-Loop Improvement Using ERP
- Automating OEE calculations in ERP using actual run times, ideal cycle times, and quality reject data.
- Linking ERP downtime codes to Pareto-based improvement initiatives in reliability programs.
- Configuring rolling performance scorecards in ERP to track progress against Lean deployment goals.
- Feeding ERP-generated backlog and cycle time reports into regular PDCA review meetings.
- Using ERP trend data to validate the sustainability of process improvements over time.
- Integrating ERP output with digital dashboards that trigger improvement huddles when thresholds are breached.
Module 8: Integration of ERP with Operational Excellence Technologies
- Designing middleware interfaces between ERP and IIoT platforms to capture real-time machine status.
- Mapping MES production events to ERP production orders to close the shop floor-to-system loop.
- Using APIs to pull 5S audit results from mobile inspection tools into ERP quality records.
- Syncing digital twin models with ERP bill-of-materials for accurate simulation of process changes.
- Validating RFID-based material movements against ERP inventory transactions to reduce shrinkage.
- Enabling edge computing devices to update ERP work-in-process quantities without manual entry.