This curriculum spans the breadth of a multi-workshop operational transformation program, addressing the technical, cultural, and structural challenges of applying Lean and Six Sigma methods across distributed IT service environments, complex application ecosystems, and existing governance frameworks.
Module 1: Foundations of Lean and Six Sigma in Operational Contexts
- Selecting between Lean, Six Sigma, or hybrid DMAIC approaches based on problem type, data availability, and organizational maturity.
- Defining value from the customer’s perspective when service delivery spans multiple departments with misaligned KPIs.
- Mapping end-to-end process flows in complex IT service environments where handoffs occur across internal and external teams.
- Identifying non-value-added activities in incident management workflows where automation potential is constrained by legacy system dependencies.
- Establishing baseline performance metrics for support ticket resolution when historical data is inconsistent or incomplete.
- Aligning improvement initiatives with existing ITIL practices without creating redundant governance layers.
Module 2: Data-Driven Problem Definition and Measurement
- Designing data collection plans for service desk performance when input sources include unstructured user feedback and system logs.
- Validating measurement system accuracy in environments where ticket categorization is inconsistently applied across teams.
- Choosing between discrete and continuous data models when tracking application deployment failure rates.
- Handling missing data in SLA compliance reporting due to time-zone discrepancies in global support centers.
- Defining operational definitions for defects in change management processes where approval criteria vary by risk level.
- Integrating voice-of-customer data from CRM systems into process performance dashboards without violating data privacy policies.
Module 3: Process Analysis and Root Cause Investigation
- Applying fishbone diagrams to diagnose recurring production outages when multiple teams share system ownership.
- Using Pareto analysis to prioritize incident types when 80% of tickets stem from configuration drift across environments.
- Conducting 5-Why analyses in post-mortems where cultural factors inhibit transparent root cause disclosure.
- Mapping process variation in software release cycles caused by inconsistent testing environments.
- Identifying hidden process bottlenecks in service request fulfillment due to manual approval escalations.
- Assessing whether observed performance gaps stem from process design flaws or execution discipline issues.
Module 4: Designing and Implementing Process Improvements
- Redesigning change advisory board (CAB) workflows to reduce approval cycle time while maintaining risk controls.
- Introducing Kanban in operations teams without disrupting existing priority-based ticket triage systems.
- Implementing automated rollback procedures in deployment pipelines after identifying rollback delays as a key failure mode.
- Standardizing runbook documentation across support tiers when knowledge is tacit and inconsistently shared.
- Integrating automated monitoring alerts with incident management systems to reduce mean time to detect (MTTD).
- Deploying self-service portals for common access requests while ensuring compliance with segregation of duties policies.
Module 5: Sustaining Gains through Standardization and Control
- Developing control charts for incident volume when seasonal demand patterns distort trend interpretation.
- Institutionalizing daily stand-ups in operations teams without increasing meeting overhead in shift-based environments.
- Embedding process compliance checks into CI/CD pipelines to enforce configuration standards automatically.
- Updating service level agreements (SLAs) after process improvements to reflect new performance baselines.
- Designing audit-ready documentation for change management processes subject to SOX or ISO compliance requirements.
- Configuring real-time dashboards for process KPIs while managing data access permissions across organizational boundaries.
Module 6: Organizational Change and Continuous Improvement Culture
- Securing middle management buy-in for Lean initiatives when performance incentives are tied to system uptime, not improvement participation.
- Structuring cross-functional improvement teams when members report to different business units with competing priorities.
- Managing resistance to standardized workflows in teams accustomed to autonomous problem-solving methods.
- Integrating improvement project reviews into existing governance forums without overburdening leadership calendars.
- Balancing continuous improvement time allocation with operational delivery demands in resource-constrained teams.
- Establishing recognition mechanisms for improvement contributions that do not create inequity in performance evaluations.
Module 7: Integration with Enterprise Application Management Frameworks
- Aligning Lean Six Sigma project selection with enterprise application rationalization roadmaps.
- Applying value stream mapping to ERP support processes involving multiple modules and vendor dependencies.
- Coordinating improvement initiatives across cloud SaaS applications where customization options are limited.
- Managing process changes in integrated application suites when updates are controlled by third-party vendors.
- Ensuring data consistency across improvement initiatives when application logs reside in siloed platforms.
- Adapting control mechanisms for automated workflows in low-code/no-code application environments.
Module 8: Scaling and Governing Enterprise-Wide Improvement Programs
- Designing a centralized improvement portfolio that accommodates decentralized operational realities.
- Standardizing project selection criteria across business units while allowing for local process variation.
- Allocating Black Belt or Green Belt resources in a shared-services model without creating service bottlenecks.
- Integrating improvement metrics into enterprise performance management systems for executive reporting.
- Managing tool sprawl by selecting a single process improvement platform compatible with existing ITSM tools.
- Conducting maturity assessments to determine readiness for expanding Lean Six Sigma beyond pilot functions.
