This curriculum spans the design and governance of enterprise-wide improvement systems, comparable in scope to a multi-phase organisational transformation program, addressing the integration of Lean and Six Sigma frameworks across distributed operations, technology platforms, and leadership structures.
Module 1: Assessing Organizational Readiness for Scalable Lean Initiatives
- Conducting value stream mapping across departments to identify bottlenecks that inhibit process standardization at scale.
- Evaluating existing performance metrics to determine alignment with enterprise-wide improvement goals versus local optimization.
- Mapping stakeholder influence and accountability structures to anticipate resistance during cross-functional deployment.
- Diagnosing cultural maturity by assessing tolerance for data-driven decision-making versus hierarchical approval processes.
- Reviewing IT system integration capabilities to support real-time performance tracking across multiple sites.
- Identifying prior improvement initiative fatigue and developing re-engagement protocols for disenchanted teams.
Module 2: Designing Scalable Process Frameworks Using Lean and Six Sigma
- Selecting between DMAIC and DMADV based on whether existing processes require optimization or complete redesign for scalability.
- Developing modular process templates that allow for local adaptation without sacrificing core standardization.
- Defining critical-to-quality (CTQ) metrics that remain valid across diverse operational contexts.
- Integrating visual management systems that function consistently in both manufacturing and service environments.
- Standardizing data collection protocols to ensure statistical comparability across business units.
- Establishing escalation paths for process deviations that maintain accountability without overburdening leadership.
Module 3: Governance Models for Enterprise-Wide Continuous Improvement
- Structuring tiered review meetings (daily huddles to executive reviews) to maintain alignment across operational levels.
- Assigning Black Belt roles with clear authority to audit processes but without direct line management responsibility.
- Defining escalation thresholds for when local problem-solving must be elevated to centralized CI teams.
- Creating a centralized improvement backlog to prioritize initiatives based on strategic impact and resource availability.
- Implementing a stage-gate review process for improvement projects to ensure methodological rigor before scaling.
- Balancing centralized control of methodology with decentralized ownership of process outcomes.
Module 4: Change Management and Leadership Engagement at Scale
- Designing leadership gemba walks with standardized observation checklists to ensure consistent engagement.
- Training middle managers to coach improvement teams while managing competing operational demands.
- Linking performance evaluations of supervisors to sustainability of prior improvement gains.
- Deploying change champions across regions with clear mandates and protected time for CI activities.
- Managing communication cadence to avoid overwhelming frontline staff with simultaneous initiatives.
- Addressing union or works council requirements when implementing standardized work across locations.
Module 5: Technology Integration for Scalable Improvement Systems
- Selecting digital kanban systems that interface with existing ERP platforms to reduce manual reporting.
- Configuring dashboards to display leading and lagging indicators without overwhelming users with data.
- Implementing mobile data capture for shop floor teams with limited computer access.
- Establishing data governance rules for who can modify process metrics and how changes are approved.
- Integrating voice-of-customer feedback loops into real-time process control systems.
- Validating statistical process control (SPC) alarms to prevent operator alert fatigue.
Module 6: Sustaining Gains and Managing Continuous Evolution
- Conducting periodic process audits using standardized checklists to verify adherence to improved workflows.
- Re-baselining performance metrics after major improvements to prevent goal erosion.
- Rotating improvement team members to prevent capability siloing and promote knowledge transfer.
- Updating training materials within 48 hours of any process change to maintain accuracy.
- Measuring improvement decay rates to identify processes requiring re-engineering.
- Revisiting value stream maps annually to detect emerging inefficiencies in scaled operations.
Module 7: Cross-Functional and Multi-Site Scaling Challenges
- Adapting standardized work instructions for regional regulatory or language differences without diluting core principles.
- Coordinating kaizen events across time zones to include global stakeholders without overextending participants.
- Aligning procurement practices with lean inventory goals across decentralized purchasing units.
- Managing variance in supplier performance when rolling out Six Sigma quality standards globally.
- Resolving conflicting local incentives that undermine enterprise-wide flow efficiency.
- Creating shared service centers for CI support to reduce duplication and maintain methodological consistency.
Module 8: Measuring and Communicating Scalability Impact
- Calculating process capability indices (Cp, Cpk) across multiple sites to benchmark performance.
- Tracking time-to-benefit for improvement initiatives to assess deployment efficiency.
- Developing normalized cost-of-poor-quality (COPQ) models applicable across diverse business units.
- Reporting improvement ROI net of implementation costs, including people time and training.
- Using control charts to distinguish between common cause and special cause variation post-implementation.
- Creating transparency dashboards that display both successes and failed scaling attempts to foster learning.
