a. Maintenance Program Design
| Level |
Criteria Description |
| 1 |
Reactive maintenance only, minimal documentation |
| 2 |
Basic PM program exists with some documentation |
| 3 |
Robust PM program with RCM analysis, documented procedures |
| 4 |
PM procedures optimized based on failure analysis and condition monitoring |
| 5 |
Best-in-class program with continuous optimization, predictive technologies deployed |
b. Condition Monitoring
| Level |
Criteria Description |
| 1 |
No formal condition monitoring program |
| 2 |
Basic condition monitoring for critical equipment |
| 3 |
Comprehensive monitoring program with documented procedures |
| 4 |
Advanced diagnostics including vibration, thermography, oil analysis |
| 5 |
Predictive analytics and real-time monitoring with automated alerts |
c. Procedures & Standards
| Level |
Criteria Description |
| 1 |
Minimal or no documented procedures |
| 2 |
Basic procedures for critical tasks |
| 3 |
Comprehensive procedures for all major tasks, version controlled |
| 4 |
Procedures optimized based on failure analysis, regularly reviewed |
| 5 |
Industry-leading procedures with continuous improvement process |
d. Criticality Analysis
| Level |
Criteria Description |
| 1 |
No formal criticality ranking |
| 2 |
Basic criticality assessment for major equipment |
| 3 |
Comprehensive criticality analysis using defined methodology |
| 4 |
Risk-based criticality with regular updates and optimization |
| 5 |
Advanced risk modeling with real-time criticality updates |
a. Inventory Management
| Level | Criteria Description |
| 1 | No formal inventory system, reactive purchasing |
| 2 | Basic inventory tracking with minimal controls |
| 3 | Comprehensive inventory system with min/max levels |
| 4 | Optimized inventory with ABC analysis and turnover targets |
| 5 | Predictive inventory management with vendor integration |
b. Criticality & Optimization
| Level | Criteria Description |
| 1 | No spare parts criticality assessment |
| 2 | Basic criticality for major components |
| 3 | Comprehensive criticality with risk-based stocking |
| 4 | Optimized spares using failure analysis and reliability data |
| 5 | Advanced analytics with predictive modeling for spare parts |
c. Procurement & Logistics
| Level | Criteria Description |
| 1 | Reactive, emergency procurement |
| 2 | Basic procurement process with supplier relationships |
| 3 | Strategic procurement with contracted vendors |
| 4 | Optimized procurement with vendor-managed inventory |
| 5 | Integrated supply chain with real-time visibility |
a. CMMS/EAM System
| Level | Criteria Description |
| 1 | Paper-based or spreadsheet tracking |
| 2 | Basic CMMS with limited functionality |
| 3 | Comprehensive CMMS with full modules implemented |
| 4 | Optimized CMMS with mobile access and integrations |
| 5 | Cloud-based EAM with AI/ML capabilities and IoT integration |
b. Condition Monitoring Tools
| Level | Criteria Description |
| 1 | No digital condition monitoring |
| 2 | Basic handheld devices for key equipment |
| 3 | Comprehensive monitoring with automated data collection |
| 4 | Advanced analytics and predictive diagnostics |
| 5 | Real-time monitoring with AI-driven predictions |
c. Data Analytics
| Level | Criteria Description |
| 1 | No data analytics capability |
| 2 | Basic reporting from CMMS |
| 3 | Structured KPI dashboards and trending |
| 4 | Advanced analytics with predictive modeling |
| 5 | AI/ML-driven insights with prescriptive recommendations |
d. Digital Transformation
| Level | Criteria Description |
| 1 | No digital transformation strategy |
| 2 | Awareness of digital opportunities |
| 3 | Digital roadmap with pilot projects |
| 4 | Scaled digital solutions (mobile, IoT, AR/VR) |
| 5 | Industry 4.0 leader with autonomous maintenance capabilities |