Technical Asset Management (TAM) – Rome (Italy), 14–18 Dec 2026

Introduction:

Technical Asset Management (TAM) is no longer just about maintaining equipment — it’s a critical strategic function that drives reliability, reduces operational risk, optimizes lifecycle performance, and maximizes ROI across physical infrastructure and technology investments. This advanced program provides a deep dive into strategic, technical, and operational practices that enable organizations to control, monitor, and continuously improve the performance of their technical assets.

Targeted Groups:

• Asset Managers and Engineers.
• Maintenance and Reliability Engineers.
• Operations Managers.
• Facility Managers.
• Plant Managers and Industrial Engineers.
• Technical Consultants and Project Managers.
• Professionals responsible for CapEx/OpEx planning.
• Digital transformation leaders in asset-intensive industries.

Learning Course Objectives:

By the end of this advanced training, participants will:

• Understand the strategic value of Technical Asset Management across the full asset lifecycle.
• Master modern frameworks, standards, and KPIs related to TAM.
• Be equipped to integrate digital technologies into asset management operations.
• Identify and mitigate operational and financial risks related to technical assets.
• Design and implement performance-driven asset management plans.

Targeted Competencies:

• Lifecycle Asset Management.
• Reliability Engineering & Risk-Based Approaches.
• Performance Monitoring & Optimization.
• Financial Analysis for Asset Decisions.
• Compliance, Sustainability & Governance (ESG) in TAM.
• Strategic Maintenance Planning.
• Digital Asset Management (IoT, CMMS, AI, Digital Twins).

Course Content:

Unit 1: Foundations of Technical Asset Management:

• Definition and scope of TAM in industrial and infrastructure environments.
• Distinction between Technical Asset Management and General Asset Management.
• Lifecycle perspective: from acquisition to decommissioning.
• Asset criticality and classification.
• Roles, stakeholders, and organizational integration of TAM.
• Key frameworks and standards (ISO 55000 series, PAS 55, etc.).

Unit 2: Asset Lifecycle Strategies and Planning Techniques:

• Lifecycle cost analysis (LCCA) and total cost of ownership (TCO) modeling.
• Capital project planning vs. operational expenditure strategies.
• Asset acquisition and commissioning best practices.
• Preventive vs. predictive vs. condition-based approaches.
• Lifecycle extension strategies and end-of-life planning.
• Decommissioning, disposal, and compliance risks.

Unit 3: Reliability, Risk, and Performance Optimization:

• Reliability-centered maintenance (RCM) principles and process.
• Failure mode and effects analysis (FMEA) and fault tree analysis (FTA).
• Asset performance indicators (APIs) and failure metrics (MTBF, MTTR, OEE).
• Risk-based inspection and maintenance (RBI/RBM).
• Optimization models for maintenance intervals and resource allocation.
• Integration with safety, quality, and environmental compliance.

Unit 4: Digital Transformation in Technical Asset Management:

• Digital twins and virtual asset modeling.
• Internet of Things (IoT) applications in real-time monitoring.
• CMMS, EAM, and ERP systems integration.
• Predictive analytics and AI/ML for failure prediction.
• Data governance and cybersecurity in asset data systems.
• KPI dashboards and reporting automation.

Unit 5: Strategic Governance, Financial Control, and ESG Integration:

• Governance frameworks for asset-intensive industries.
• Budgeting and cost control for technical assets.
• Investment prioritization using risk-return analysis.
• Lifecycle sustainability and environmental impact assessment.
• ESG (Environmental, Social, Governance) in asset decisions.
• Audit readiness, regulatory compliance, and documentation.