This curriculum spans the design and execution of multi-workshop improvement programs, covering strategy alignment, process analysis, Lean and Six Sigma application, change sustainability, enterprise system integration, and governance structures typical of ongoing internal capability initiatives.
Module 1: Defining Operational Improvement Strategy and Scope
- Selecting value streams for improvement based on financial impact, customer pain points, and operational bottlenecks
- Deciding between enterprise-wide rollout versus pilot-based deployment of Lean or Six Sigma initiatives
- Aligning improvement objectives with existing strategic goals and operational KPIs across departments
- Establishing cross-functional governance committees to prioritize projects and allocate resources
- Determining the balance between top-down mandate and bottom-up employee-driven improvement
- Defining success criteria for improvement programs beyond cost savings, including cycle time and quality metrics
Module 2: Value Stream Mapping and Process Analysis
- Conducting current-state mapping with input from frontline operators, supervisors, and support functions
- Identifying non-value-added activities such as rework, waiting, and excess movement in complex workflows
- Deciding which processes to map in detail based on throughput constraints and error frequency
- Using time observation studies and transaction logs to quantify process delays and handoff inefficiencies
- Validating process maps with stakeholders to ensure accuracy before designing future states
- Integrating data from ERP, CRM, or MES systems to supplement manual observation findings
Module 3: Applying Lean Tools for Flow and Waste Reduction
- Implementing 5S in mixed-use environments where space is shared across teams or shifts
- Designing and managing Kanban systems for replenishment in environments with variable demand
- Redesigning workstation layouts to minimize motion and transport waste in constrained physical spaces
- Establishing standardized work instructions that reflect actual practice, not idealized procedures
- Managing resistance to visual management tools from supervisors accustomed to verbal communication
- Sustaining pull systems when upstream processes operate on push-based schedules
Module 4: Six Sigma DMAIC Execution and Data Rigor
- Selecting DMAIC projects with measurable CTQ (critical-to-quality) characteristics and available data
- Validating measurement systems (MSA) before collecting data on process performance
- Handling missing or inconsistent data in process capability analysis for non-automated operations
- Using hypothesis testing to confirm root causes when multiple variables appear correlated
- Designing and piloting process controls to prevent regression after improvement implementation
- Documenting statistical assumptions and limitations when presenting results to non-technical leaders
Module 5: Change Management and Sustaining Improvements
- Integrating improvement outcomes into standard operating procedures and training materials
- Assigning process ownership to specific roles when improvement spans multiple departments
- Designing audit routines to verify adherence to new workflows without creating bureaucratic overhead
- Addressing informal workarounds that re-emerge after formal process changes are implemented
- Using performance dashboards to make improvement results visible and actionable at all levels
- Revising incentive structures to reward consistent adherence to improved processes
Module 6: Integration with Enterprise Systems and Performance Management
- Configuring ERP or MES systems to capture Lean performance metrics such as OEE or takt time compliance
- Aligning Lean Six Sigma project tracking with portfolio management tools used by PMOs
- Linking process KPIs to departmental scorecards and executive performance reviews
- Automating data collection for control charts in environments with high transaction volume
- Managing data access and permissions when improvement teams require cross-system visibility
- Ensuring audit trails are preserved when modifying digital workflows post-improvement
Module 7: Scaling and Governance of Continuous Improvement Programs
- Defining the role of Lean Six Sigma belts (Green, Black, Master Black) within existing organizational hierarchy
- Allocating dedicated time for improvement activities in roles without full-time CI responsibilities
- Creating escalation paths for resolving cross-departmental conflicts during improvement projects
- Standardizing project selection, review, and closure processes across business units
- Conducting periodic health checks on the CI program to assess engagement and impact
- Updating training content based on lessons learned from completed improvement initiatives
Module 8: Advanced Problem Solving and Innovation in Operations
- Applying Design for Six Sigma (DFSS) when launching new products or services with high quality requirements
- Using Poka-Yoke solutions to prevent errors in manual processes with high repetition and low automation
- Integrating root cause analysis from incident investigations into broader process redesign
- Facilitating rapid improvement events (kaizen bursts) during operational downtime or planned shutdowns
- Adapting Lean tools for knowledge work environments where outputs are less tangible
- Assessing the feasibility of automation or digitalization after stabilizing a process through Lean methods
