Description

This curriculum spans the breadth of a multi-workshop continuous improvement program, addressing the same operational complexities found in live advisory engagements, from value stream mapping and waste reduction to sustaining change in regulated, unionized, and multinational environments.

Module 1: Foundational Principles of Lean and Value Stream Mapping

Selecting appropriate scope for value stream mapping—balancing depth of analysis with organizational bandwidth and avoiding over-mapping non-critical processes.
Defining customer value from an external perspective when internal stakeholders conflate effort with value-added activity.
Deciding whether to map current state manually or use digital tools, considering data accuracy, team familiarity, and change velocity.
Handling resistance from middle management during current state mapping due to perceived exposure of inefficiencies.
Identifying hidden process steps such as rework loops or approval delays that are omitted in formal documentation but impact flow.
Establishing criteria for what constitutes “waste” in context-specific environments where non-standard work is common.

Module 2: Identifying and Eliminating the Eight Wastes

Quantifying the cost of overproduction in make-to-order environments where buffer stock is culturally entrenched.
Addressing transportation waste in global supply chains where consolidation reduces frequency and increases lead time.
Managing motion waste in shared workspaces where layout changes require cross-departmental coordination and capital approval.
Justifying investment in error-proofing (poka-yoke) when defect rates are low but consequences are high.
Differentiating between necessary waiting (e.g., curing, regulatory holds) and avoidable delays in process design.
Reducing underutilized talent by redesigning roles to include problem-solving responsibilities, requiring HR policy alignment.

Module 3: Standardized Work and Process Stability

Documenting work instructions when tacit knowledge is held by long-tenured employees nearing retirement.
Updating standardized work documents after equipment changes while maintaining production continuity.
Enforcing adherence to standard work without discouraging frontline improvement suggestions.
Aligning shift handover procedures across teams to prevent drift from documented standards.
Using time observation methods that account for variability in operator skill without penalizing learning curves.
Integrating standardized work into performance evaluations without creating rigid compliance cultures.

Module 4: Pull Systems and Kanban Implementation

Determining kanban card quantities when demand fluctuates seasonally and forecasts are unreliable.
Transitioning from push to pull in mixed-model production lines with shared resources and changeover constraints.
Managing kanban signal failure when cards are lost or ignored in high-volume environments.
Scaling electronic kanban systems across facilities with differing IT infrastructure and cybersecurity policies.
Handling supplier integration into pull systems when vendors operate on fixed delivery schedules.
Adjusting buffer sizes during supply chain disruptions without reverting to long-term overstocking.

Module 5: Continuous Flow and Takt Time Alignment

Calculating takt time using actual customer demand rather than sales forecasts that include speculative orders.
Rebalancing assembly line workloads when process improvements create uneven station utilization.
Addressing bottlenecks caused by equipment downtime when capital funding for redundancy is unavailable.
Implementing flow in batch processes where chemical or physical constraints prevent one-piece flow.
Coordinating cross-functional teams to maintain flow when support functions (e.g., maintenance, QA) operate on separate schedules.
Adjusting takt time for multiple product families sharing the same line without creating idle time.

Module 6: Kaizen Events and Sustaining Improvements

Selecting kaizen event scope to ensure measurable outcomes within a five-day window without oversimplifying complex issues.
Securing participation from key stakeholders who are reluctant to allocate time from operational duties.
Documenting changes from kaizen events in a way that integrates with existing change management systems.
Assigning ownership for sustaining improvements when accountability is diffused across shifts.
Measuring the decay rate of improvements over time and scheduling follow-up reviews accordingly.
Adapting kaizen methodology for service environments where outputs are intangible and variable.

Module 7: Lean Leadership and Cultural Integration

Designing leader standard work that includes gemba walks without turning them into ceremonial inspections.
Responding to improvement suggestions that require capital investment beyond team-level authority.
Aligning performance metrics across departments to prevent local optimization that harms system-wide flow.
Managing resistance to lean adoption in unionized environments where work rules limit process changes.
Developing promotion criteria that reward coaching and problem-solving over cost-cutting alone.
Integrating lean principles into onboarding to ensure new hires adopt behaviors without relying on remedial training.

Module 8: Lean in Complex and Regulated Environments

Applying lean methods in FDA-regulated environments where process changes require validation and documentation.
Reducing waste in clinical workflows without compromising patient safety or regulatory compliance.
Implementing visual management in cleanroom or sterile environments where adhesives and paper are restricted.
Adapting 5S for laboratories where equipment must remain in place for calibration and audit purposes.
Coordinating lean initiatives across multinational sites with differing labor laws and cultural norms.
Using lean to support sustainability goals by reducing material waste, energy use, and emissions in production.