Course Overview

Infrastructure Asset Management (IAM) is a strategic discipline that ensures physical assets roads, water systems, buildings, energy networks, ICT infrastructure, and public facilities deliver optimal performance throughout their lifecycle. This course equips participants with the frameworks, tools, and competencies needed to plan, operate, maintain, and renew infrastructure assets sustainably and cost‑effectively.

 Learning Objectives

By the end of this course, participants will be able to:

• Apply global IAM standards (ISO 55000, PAS 55) to real-world infrastructure systems.

• Develop asset management policies, strategies, and lifecycle plans.

• Conduct asset condition assessments and risk-based prioritization.

• Build asset registers and use digital tools (GIS, CMMS, BIM) for decision-making.

• Implement maintenance strategies and optimize lifecycle costing.

• Strengthen governance, financial planning, and performance monitoring for infrastructure assets.

Target Audience

• Municipal and government infrastructure managers

• Engineers and technical officers

• Facility and operations managers

• Utility sector professionals (water, energy, transport, ICT)

• Project managers and planners

• Asset auditors and compliance officers

Course Modules

Module 1: Introduction to Infrastructure Asset Management

• Definition, scope, and importance of IAM

• Global trends in infrastructure sustainability and resilience

• Asset management maturity levels

• Overview of ISO 55000 and PAS 55 frameworks

• Stakeholder roles and responsibilities in asset management

Module 2: Asset Management Principles & Frameworks

• Core principles: value, alignment, leadership, assurance

• Asset management policy development

• Strategic asset management plans (SAMP)

• Linking IAM to organizational goals and service delivery

• Governance structures for infrastructure assets

Module 3: Asset Inventory & Data Management

• Building an asset register: components, attributes, classifications

• Data collection techniques (manual, digital, remote sensing)

• GIS and mapping for infrastructure assets

• Using CMMS and EAM systems for asset tracking

• Data quality, validation, and lifecycle data requirements

Module 4: Asset Condition Assessment & Performance Evaluation

• Condition assessment methodologies

• Inspection techniques (visual, technical, digital)

• Performance indicators and service levels

• Failure modes and effects analysis (FMEA)

• Risk-based assessment and prioritization

Module 5: Lifecycle Planning & Optimization

• Asset lifecycle stages: planning, acquisition, operation, maintenance, renewal, disposal

• Lifecycle costing (LCC) and financial forecasting

• Renewal planning and replacement strategies

• Optimizing asset performance and extending asset life

• Sustainability and climate resilience considerations

Module 6: Maintenance Management Strategies

• Types of maintenance: reactive, preventive, predictive, reliability-centered

• Maintenance planning and scheduling

• Work order management systems

• Spare parts and inventory management

• Cost-benefit analysis of maintenance strategies

Module 7: Risk Management in Infrastructure Assets

• Identifying and analyzing asset risks

• Risk matrices and prioritization tools

• Criticality analysis for infrastructure systems

• Business continuity and disaster preparedness

• Integrating risk into asset decision-making

Module 8: Financial & Investment Planning

• Budgeting for asset maintenance and renewal

• Capital vs operational expenditure (CAPEX vs OPEX)

• Funding models for infrastructure projects

• Cost recovery and tariff considerations (utilities)

• Long-term financial sustainability

Module 9: Digital Transformation in Asset Management

• Smart infrastructure and IoT applications

• BIM for infrastructure lifecycle management

• Predictive analytics and AI-driven asset insights

• Digital twins for infrastructure systems

• Cybersecurity considerations for digital assets

Module 10: Asset Management Plans & Reporting

• Developing comprehensive asset management plans

• Performance reporting and dashboards

• Compliance reporting (ISO 55000, regulatory requirements)

• Continuous improvement and maturity assessments

• Case studies from transport, water, energy, and municipal sectors

6. Practical Activities & Workshops

• Building an asset register from sample data

• Conducting a condition assessment exercise

• Developing a risk matrix for critical assets

• Creating a lifecycle cost model

• Drafting a mini Strategic Asset Management Plan (SAMP)

• Group presentations and scenario-based decision-making

7. Assessment & Certification

• Daily quizzes and group exercises

• Final project: Asset Management Improvement Plan

• Certificate of Completion aligned with ISO 55000 principles

8. Training Materials Provided

• Participant manual

• ISO 55000 summary guide

• Asset register templates

• Risk assessment tools

• Lifecycle costing worksheets

• Digital asset management software demos