This curriculum spans the full lifecycle of operational improvement work, from initial scoping and measurement to financial validation and enterprise scaling, reflecting the iterative problem-solving rigor of multi-phase Lean Six Sigma programs embedded within complex organizational systems.
Module 1: Defining Value Streams and Operational Boundaries
- Selecting which internal processes to include in a value stream map when cross-functional ownership creates conflicting priorities
- Deciding whether to model customer-facing operations or back-office support in initial value stream analysis
- Resolving discrepancies between accounting-defined cost centers and actual workflow handoffs
- Documenting informal workarounds used by frontline staff that bypass formal procedures
- Establishing thresholds for process inclusion based on volume, cost, or customer impact
- Aligning process scope with existing ERP module configurations to enable future data integration
Module 2: Baseline Performance Measurement and KPI Selection
- Choosing between cycle time, throughput, and labor utilization as the primary bottleneck indicator
- Implementing time-stamped data capture in systems lacking native process logging capabilities
- Reconciling self-reported productivity metrics with system-generated audit trails
- Setting acceptable variance thresholds for KPIs before triggering escalation protocols
- Excluding outlier events (e.g., system outages) from baseline calculations without masking chronic issues
- Mapping leading indicators to lagging financial outcomes for predictive performance monitoring
Module 3: Root Cause Analysis and Constraint Identification
- Applying Pareto analysis to failure modes when defect categories overlap or are inconsistently labeled
- Conducting 5 Whys sessions with shift workers without disrupting production schedules
- Using statistical process control to distinguish common cause variation from special cause events
- Validating observed bottlenecks against actual work-in-progress accumulation patterns
- Handling resistance from team leads who perceive root cause findings as performance criticism
- Integrating machine downtime logs with operator incident reports to identify maintenance-related delays
Module 4: Solution Design and Change Feasibility Assessment
- Evaluating whether to automate a manual approval step or redesign the underlying authorization logic
- Assessing integration risks when modifying a legacy system that lacks API documentation
- Determining staffing implications of reducing process cycle time in labor-constrained environments
- Prototyping workflow changes in a non-production environment without access to real-time data
- Weighing the cost of retraining against the expected error reduction from a new procedure
- Negotiating shared ownership of cross-departmental solutions when accountability lines are unclear
Module 5: Implementation Planning and Pilot Execution
- Selecting pilot sites that balance operational representativeness with management support
- Phasing go-live dates to avoid conflicts with fiscal closing or peak demand periods
- Designing parallel run protocols to validate new process outputs against legacy results
- Allocating super-users without creating coverage gaps in their primary roles
- Adjusting performance targets during transition periods to account for learning curves
- Documenting deviation requests during pilot to inform final standard operating procedures
Module 6: Financial Impact Validation and ROI Attribution
- Isolating the impact of process changes from concurrent market or pricing shifts
- Allocating shared infrastructure costs to specific process improvements for accurate savings calculation
- Using time-driven activity-based costing when transaction-level cost data is unavailable
- Validating headcount reduction claims against actual staffing adjustments and reassignments
- Calculating working capital benefits from reduced inventory or accounts receivable days
- Reporting soft savings with documented assumptions and audit trails to withstand financial review
Module 7: Sustaining Gains and Institutionalizing Improvements
- Embedding process controls into ERP workflows to prevent regression to old methods
- Updating job descriptions and performance reviews to reflect new operational standards
- Establishing routine audit schedules for critical control points in revised processes
- Transferring improvement ownership from project teams to line management
- Configuring dashboards to trigger alerts when KPIs deviate beyond established norms
- Revising training materials and onboarding programs to include updated procedures
Module 8: Scaling Improvements and Portfolio Prioritization
- Ranking improvement opportunities using net present value adjusted for implementation risk
- Reusing process templates across business units with differing regulatory requirements
- Allocating limited Lean Six Sigma resources across competing divisional requests
- Adapting successful changes for processes with different volume or complexity profiles
- Coordinating enterprise-wide rollouts without overloading IT support teams
- Updating the improvement backlog based on strategic shifts or new compliance mandates
