1.1. Equipment typologies and criticality identification: impact on safety, continuity, and life cycle cost
1.2. Maintenance approaches: corrective, preventive, predictive, proactive, and reliability-centered maintenance (RCM)
1.3. Master inspection plan: frequencies, acceptance criteria, responsible parties, and operational windows
1.4. Reading and interpreting technical documentation: manuals, data sheets, drawings, tolerances, and operating limits
1.5. Maintenance data management: history, traceability, work orders, and intervention evidence
1.6. Key indicators: availability, MTBF/MTTR, backlog, cost per piece of equipment, and plan adherence

2.1. Visual and functional inspection: deterioration criteria, checklists, early signs, and systematic recording
2.2. Non-destructive testing and condition techniques: thermography, ultrasound, vibration, and basic analysis
2.3. Diagnosis of recurring failures: failure modes, symptoms, correlations, and prioritization by severity
2.4. Dimensional measurement and verification: clearances, alignment, wear, and control of operating tolerances
2.5. Root cause analysis: 5 Whys, Ishikawa diagram, evidence, and verifiable corrective actions
2.6. Technical inspection report: findings, classification, recommendations, and intervention plan

3.1. Standardized preventive routines: technical cleaning, retightening, adjustments, calibrations, and final verification
3.2. Industrial lubrication applied: types, compatibilities, intervals, contamination, and consumption control
3.3. Replacement of consumables and parts: change criteria, quality control, and post-assembly validation
3.4. Management of critical spare parts: criticality, minimum levels, obsolescence, and agreements with suppliers
3.5. Shutdown planning: sequencing, permits, coordination with operations, and minimization of downtime
3.6. Use of CMMS/EAM: scheduling, digital checklist, spare parts, technical shutdown and reporting

4.1. Corrective intervention protocols: rapid diagnosis, equipment isolation, and collateral damage control
4.2. Safe disassembly and assembly: tools, tightening torques, alignment, and mechanical integrity control
4.3. Electrical and electronic failures: verification of protections, wiring, connectors, and common components
4.4. Functional and load testing: acceptance criteria, degraded modes, and operational stability
4.5. Incident management during intervention: go/no-go decisions, technical escalation, and change log
4.6. Closure documentation: work report, evidence, traceability, and lessons learned

5.1. Risk assessment by task: matrices, controls, PPE and safety prerequisites
5.2. Lockout/Tagout (LOTO): energy isolation, absence verification and safe release
5.3. Special work: working at height, confined spaces, hazardous atmospheres and work permits
5.4. Management of substances and waste: lubricants, solvents, batteries, contaminated rags and traceability
5.5. Coordination of activities and contractors: roles, SLAs, access control and supervision
5.6. Preparation for audits and inspections: records, evidence, conformity and corrective actions

6.1. Instrumentation for predictive maintenance: sensors, thresholds, alarms, and intervention criteria
6.2. Analytics applied to maintenance: trends, anomaly detection, and data-driven prioritization
6.3. Reliability strategies: elimination of chronic failures, redesigns, standardization, and change control
6.4. Energy management and equipment efficiency: consumption, performance, losses, and operational optimization
6.5. Data governance and basic operational cybersecurity: access, integrity, backups, and continuity
6.6. Final applied project: inspection and maintenance plan for a fleet of equipment with KPIs and evidence

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