This curriculum spans the design and execution of enterprise-wide improvement programs comparable to multi-year advisory engagements, covering strategic alignment, advanced analytics, change leadership, and financial validation across complex, cross-functional operations.
Module 1: Strategic Alignment of Lean and Six Sigma with Business Objectives
- Selecting value streams for Lean deployment based on strategic KPIs such as customer delivery performance and operational margin
- Integrating Six Sigma project selection with annual business planning cycles to ensure alignment with financial targets
- Establishing a governance council to prioritize improvement initiatives across departments and resolve resource conflicts
- Mapping stakeholder influence and resistance when launching enterprise-wide Lean transformation programs
- Defining escalation paths for projects that impact cross-functional processes or require executive intervention
- Adjusting improvement focus (cost, quality, speed) quarterly based on shifting market and operational data
Module 2: Advanced Process Mapping and Value Stream Analysis
- Conducting current-state value stream mapping with time-delays explicitly captured at handoff points between departments
- Identifying non-value-added steps in service processes where automation potential exists but regulatory compliance restricts implementation
- Using spaghetti diagrams to quantify motion waste in hybrid work environments with distributed physical and digital workflows
- Validating process maps with frontline staff to correct assumptions about task ownership and decision authority
- Applying swimlane diagrams to clarify accountability in cross-departmental processes with shared systems
- Updating future-state maps in response to ERP system upgrades that alter data flow and approval routing
Module 3: Statistical Process Control and Advanced Six Sigma Tools
- Selecting appropriate control charts (I-MR, X-bar R, p-chart) based on data type and subgrouping feasibility in high-mix manufacturing
- Handling non-normal process data by applying Box-Cox transformations or switching to non-parametric control methods
- Designing and analyzing fractional factorial experiments when full DOE is impractical due to production constraints
- Interpreting Gage R&R results to determine whether measurement system variation invalidates process capability studies
- Deploying real-time SPC dashboards with automated alerts while managing false alarm rates through control limit tuning
- Integrating process capability indices (Cp, Cpk) into supplier scorecards with agreed-upon sampling protocols
Module 4: Leading Change and Sustaining Cultural Transformation
- Structuring Kaizen event follow-up reviews to verify countermeasure effectiveness three months post-implementation
- Designing recognition systems that reward both individual contributions and team-based problem solving without creating competition
- Managing resistance from middle managers whose roles are redefined due to process standardization and automation
- Embedding improvement expectations into performance appraisal criteria for operations and engineering roles
- Scaling improvement behaviors through peer coaching networks instead of relying solely on centralized training
- Revising standard operating procedures after process changes while ensuring version control across multiple sites
Module 5: Integrating Lean Six Sigma with Digital Transformation
- Assessing data readiness for predictive analytics in processes with inconsistent digital logging practices
- Deploying IoT sensors on legacy equipment to capture cycle time and downtime data for OEE calculations
- Using process mining tools to compare actual workflow sequences against documented SOPs in ERP systems
- Designing digital Andon systems that route alerts to the correct technician based on skill matrix and location
- Implementing RPA for Six Sigma data collection tasks while maintaining audit trails for compliance
- Aligning digital twin development with value stream boundaries to avoid over-investment in low-impact areas
Module 6: Scaling and Governing Enterprise Improvement Programs
- Staffing Black Belt roles with consideration for project load, mentorship duties, and functional rotation schedules
- Creating a centralized project tracking system that aggregates financial benefits while preventing double-counting
- Conducting readiness assessments before expanding Lean Six Sigma into new divisions with different operational models
- Standardizing project charters across regions while allowing local adaptation for regulatory or cultural factors
- Auditing closed projects to verify that savings were sustained and not offset by downstream cost increases
- Balancing centralized control of methodology with decentralized empowerment of site-level improvement teams
Module 7: Innovation Through Lean Problem Solving and Design Thinking
- Applying DFSS (Design for Six Sigma) methodologies to new product development with concurrent engineering teams
- Using TRIZ principles to overcome technical contradictions in process design without increasing complexity
- Facilitating cross-functional design sprints that integrate Voice of Customer data with process capability constraints
- Prototyping service innovations in controlled environments before full rollout to manage customer impact
- Mapping customer journey pain points to root causes using integrated Lean and design thinking workshops
- Managing intellectual property disclosure risks when involving external partners in joint innovation projects
Module 8: Performance Measurement and Financial Validation of Improvement Initiatives
- Calculating hard savings from cycle time reduction while accounting for labor reallocation rather than headcount reduction
- Developing counterfactual baselines for projects where historical data is contaminated by external factors
- Allocating shared improvement costs (e.g., software, training) across multiple benefiting departments
- Reporting soft benefits such as employee engagement or safety improvements using validated survey instruments
- Reconciling operational savings with GAAP accounting periods when benefits accrue over multiple quarters
- Conducting periodic recalibration of financial multipliers used in business case templates to reflect current cost structures
