Description

This curriculum spans the breadth of a multi-workshop operational transformation program, equipping teams to embed Total Productive Maintenance into redesigned business processes across strategy, risk, data systems, and organizational change.

Module 1: Strategic Alignment of TPM with Business Process Objectives

Define operational KPIs (e.g., OEE, cycle time, defect rate) that align with enterprise performance goals and integrate them into process redesign criteria.
Map existing maintenance workflows to core business processes to identify misalignments impacting throughput or quality.
Conduct cross-functional workshops with operations, maintenance, and process owners to prioritize processes for TPM integration based on financial impact.
Develop a business case for TPM adoption in process redesign, including cost of downtime, rework, and maintenance backlog.
Establish governance roles that assign accountability for TPM-driven process improvements across departments.
Integrate TPM milestones into enterprise change management timelines to avoid conflicts with digital transformation initiatives.
Assess organizational readiness for cultural shift toward proactive maintenance within redesigned processes.
Negotiate resource allocation between maintenance teams and process improvement offices during redesign phases.

Module 2: Process Failure Mode and Effects Analysis (PFMEA) Integration

Lead cross-functional teams in PFMEA sessions to identify failure modes in redesigned processes that stem from equipment or maintenance gaps.
Assign severity, occurrence, and detection scores to process failures influenced by asset reliability.
Link PFMEA outputs to preventive maintenance schedules and update them when process changes affect failure risks.
Document root causes of recurring process deviations tied to equipment condition and feed into maintenance planning.
Use historical maintenance data to validate PFMEA assumptions and adjust risk priority numbers accordingly.
Standardize PFMEA templates across departments to ensure consistency in evaluating process-maintenance interdependencies.
Train process engineers to recognize maintenance-related failure triggers during process simulation and pilot runs.
Integrate PFMEA findings into control plans for new or revised processes to enforce maintenance compliance.

Module 3: Autonomous Maintenance Implementation in Redesigned Workflows

Define operator responsibilities for basic equipment care (cleaning, lubrication, inspection) within new process workflows.
Develop standardized checklists aligned with process steps to ensure autonomous maintenance tasks do not disrupt throughput.
Train frontline staff on early fault detection techniques and integrate reporting into daily process review meetings.
Redesign workstation layouts to provide access to maintenance tools and visual indicators without impeding workflow.
Implement escalation protocols for operators to report abnormalities without halting production unnecessarily.
Measure effectiveness of autonomous maintenance through reduction in minor stops and process variation.
Adjust job descriptions and performance metrics to include autonomous maintenance duties in redesigned roles.
Address union or labor agreements that may restrict operators from performing certain maintenance tasks.

Module 4: Planned Maintenance Synchronization with Process Cycles

Align preventive maintenance schedules with process production cycles to minimize disruption during peak throughput periods.
Negotiate maintenance windows with production supervisors during process redesign to avoid conflicts with delivery commitments.
Use process batch data to predict wear patterns and adjust maintenance intervals dynamically.
Integrate maintenance downtime into process cycle time calculations for accurate capacity planning.
Develop make-up production plans to offset output loss during scheduled maintenance in critical processes.
Implement CMMS alerts that trigger when process performance metrics indicate potential equipment degradation.
Coordinate with supply chain teams to buffer inventory ahead of major maintenance events in redesigned processes.
Validate maintenance task completion before allowing process restart to prevent quality deviations.

Module 5: Data Integration Between Maintenance and Process Systems

Map data fields between CMMS, SCADA, and ERP systems to ensure maintenance events are reflected in process performance records.
Design automated data pipelines that feed equipment health metrics into real-time process dashboards.
Define data ownership and update protocols to prevent discrepancies between maintenance logs and process audits.
Implement data validation rules to flag anomalies such as maintenance performed outside scheduled intervals.
Configure alerts that notify process engineers when maintenance-related parameters exceed thresholds.
Standardize equipment tagging and naming conventions across maintenance and process documentation systems.
Conduct data reconciliation exercises after process changes to ensure maintenance history remains accurate.
Restrict access to critical maintenance data fields based on role to prevent unauthorized modifications affecting process control.

Module 6: Performance Monitoring and Continuous Feedback Loops

Deploy OEE dashboards that break down availability losses by maintenance-related causes within redesigned processes.
Establish daily review meetings between maintenance and process teams to analyze performance deviations and assign corrective actions.
Track MTBF and MTTR trends and correlate them with process yield and rework rates.
Implement visual management boards at process lines to display maintenance performance alongside process KPIs.
Use Pareto analysis to focus improvement efforts on equipment contributing most to process downtime.
Integrate maintenance performance into process audit checklists during internal compliance reviews.
Adjust process control limits when equipment upgrades or maintenance improvements change process capability.
Document and share lessons learned from maintenance-driven process disruptions across sites or departments.

Module 7: Change Management in Maintenance-Process Integration

Identify resistance points from maintenance technicians when process redesign alters traditional work routines.
Redesign shift handover procedures to include exchange of maintenance and process status updates.
Develop communication plans to inform stakeholders of changes in maintenance responsibilities due to process automation.
Conduct role clarification sessions to resolve ambiguity between process operators and maintenance staff.
Implement phased rollout of TPM elements in redesigned processes to allow for behavioral adaptation.
Address compensation or incentive structures that may disincentivize collaboration between functions.
Use pilot areas to demonstrate TPM benefits before scaling across the enterprise.
Institutionalize cross-training between maintenance and process engineering roles to build mutual understanding.

Module 8: Risk and Compliance Governance in TPM-Enabled Processes

Update process safety management (PSM) documentation to reflect maintenance controls in redesigned hazardous processes.
Conduct audits to verify that lockout/tagout (LOTO) procedures are synchronized with process shutdown sequences.
Ensure maintenance activities comply with regulatory requirements (e.g., FDA, ISO, OSHA) when processes are modified.
Document maintenance-related deviations in process validation dossiers for regulated industries.
Assign responsibility for maintaining calibration and certification records tied to process-critical equipment.
Integrate maintenance compliance into internal audit programs for business process management systems.
Assess cybersecurity risks when connecting maintenance monitoring tools to process control networks.
Define escalation paths for unresolved maintenance issues that pose compliance or safety risks in redesigned processes.

Module 9: Scaling and Sustaining TPM Across the Enterprise

Develop a center of excellence to standardize TPM practices across multiple business units undergoing process redesign.
Create a maturity model to assess TPM integration levels in different processes and prioritize improvement efforts.
Implement knowledge transfer protocols to replicate successful TPM-process integrations in new facilities.
Establish cross-site benchmarking to compare maintenance performance in similar redesigned processes.
Incorporate TPM metrics into executive scorecards to maintain strategic focus.
Rotate maintenance and process engineers across sites to spread best practices and identify systemic gaps.
Update training curricula annually based on lessons from TPM implementation in redesigned processes.
Conduct quarterly reviews of TPM sustainability, including audit findings, employee feedback, and performance trends.