Description

This curriculum spans the design and coordination of multi-workshop improvement programs, mirroring the structure of enterprise-wide Lean transformations that integrate governance, systems, and behavioral change across global operations.

Module 1: Establishing Lean Governance and Leadership Accountability

Define clear ownership of Lean initiatives across business units, including RACI matrices that assign accountability for value stream performance.
Integrate Lean KPIs into executive dashboards and operational reviews to ensure alignment with strategic objectives.
Implement a tiered performance review system (daily huddles to monthly leadership reviews) to maintain operational visibility and escalation paths.
Design escalation protocols for when Lean metrics deviate beyond predefined thresholds, including root cause analysis expectations.
Standardize the format and frequency of Lean progress reporting to the executive team to ensure consistency and comparability across departments.
Establish criteria for promoting Lean champions into leadership roles, including demonstrated behavior change and coaching ability.

Module 2: Value Stream Mapping with Operational Fidelity

Conduct current-state mapping with frontline operators to capture actual process times, wait states, and handoff delays, not idealized workflows.
Quantify work-in-process (WIP) inventory at each process step using physical counts or ERP data, not estimates.
Identify non-value-added steps that persist due to system constraints (e.g., batch processing in ERP) versus local optimization.
Validate data from value stream maps against time studies and transaction logs to ensure accuracy.
Define future-state maps with specific takt time targets and required cycle time reductions per process.
Document handoff points between departments where accountability gaps cause delays and rework.

Module 3: Standard Work Implementation at Scale

Develop process-specific work instructions that include decision logic, error-proofing steps, and escalation triggers.
Integrate standard work documentation into shift handover routines to reduce variability during personnel transitions.
Conduct periodic audits using gemba walks to verify adherence to documented procedures, not just compliance checkboxes.
Define version control and approval workflows for updating standard work when process changes occur.
Train supervisors to coach using standard work, not just enforce compliance, through structured feedback loops.
Link deviations from standard work to incident reporting systems to identify systemic training or design gaps.

Module 4: Continuous Improvement Through Structured Problem Solving

Require the use of A3 problem-solving reports for all operational issues with measurable impact on cost, quality, or delivery.
Train cross-functional teams to apply 5-Why analysis with evidence-based validation at each level, not assumptions.
Implement a backlog of improvement opportunities prioritized by impact and feasibility, reviewed biweekly.
Assign improvement project ownership with defined time commitments and resource expectations.
Track countermeasure effectiveness using before-and-after data, including unintended consequences on adjacent processes.
Standardize the closeout process for kaizen events, including sustainability plans and handoff to process owners.

Module 5: Visual Management for Real-Time Operational Control

Design physical or digital performance boards that display leading indicators (e.g., hourly output vs. target) not just lagging results.
Ensure visual controls are updated by operators, not support staff, to maintain ownership and accuracy.
Use color-coded status indicators with clearly defined thresholds for alert conditions (e.g., red = >15 min behind schedule).
Position visual management tools at the point of action to enable immediate response, not in remote offices.
Integrate andon systems with escalation paths that define response times and required actions for each alert level.
Conduct daily reviews at the board with frontline teams to drive accountability and rapid course correction.

Module 6: Lean Integration with Enterprise Systems

Configure ERP systems to support pull-based replenishment signals where feasible, rather than default push logic.
Map MRP parameters (lot sizes, safety stock) to actual process capability and demand variability, not historical defaults.
Align MES data collection points with value stream map metrics to ensure real-time visibility into bottlenecks.
Modify procurement cycles to match takt time requirements, even if it increases transaction volume.
Design interfaces between Lean tools (e.g., kanban) and financial systems to track inventory reduction impacts on working capital.
Establish data governance rules for Lean metrics to prevent conflicting definitions across departments.

Module 7: Sustaining Lean Culture Through Behavioral Systems

Revise performance appraisal criteria to include Lean behaviors such as problem identification and coaching others.
Implement a structured mentorship program pairing experienced Lean practitioners with new leaders.
Conduct regular gemba walks with standardized observation checklists focused on process adherence and engagement.
Recognize improvements that fail but generate learning, not just successful outcomes, in team communications.
Rotate high-potential employees through different value streams to build systemic thinking and reduce silo mentality.
Measure cultural adoption using anonymous pulse surveys focused on psychological safety to report problems and suggest changes.

Module 8: Scaling Lean Across Global and Complex Operations

Develop regional adaptation guidelines that preserve core Lean principles while accommodating labor regulations and infrastructure differences.
Standardize Lean terminology and tool definitions across sites to prevent misalignment in global initiatives.
Establish a central Lean center of excellence with dedicated resources for coaching, not just oversight.
Sequence rollout by value stream criticality and organizational readiness, not geographic convenience.
Design knowledge-sharing protocols between sites, including documented case studies and virtual kaizen reviews.
Address language and translation challenges in standard work and training materials to ensure fidelity of understanding.