The Infrastructure Asset Management Training Course provides professionals with the knowledge and practical skills required to manage infrastructure assets effectively throughout their operational life. The course covers asset planning, condition assessment, maintenance planning, risk management, lifecycle decision-making, and strategies for improving asset reliability and value. Participants will explore how effective lifecycle costing, maintenance planning, and asset performance monitoring can support sustainable infrastructure operations.

Delivered by The British Academy For Training and Development as part of its Construction and Civil Engineering Training Courses, this programme focuses on engineering maintenance and operation. It equips participants to develop structured maintenance strategies, optimise asset utilisation, manage deterioration, reduce operational risks, and make informed investment decisions across the infrastructure lifecycle.

• Understand the principles and frameworks of Infrastructure Asset Management.
• Develop effective infrastructure asset maintenance strategies.
• Apply lifecycle costing to infrastructure investment and maintenance decisions.
• Assess asset condition, criticality, risk, and operational performance.
• Develop lifecycle maintenance plans for infrastructure assets.
• Improve asset performance, reliability, availability, and service life.
• Identify maintenance priorities based on risk and asset condition.
• Apply preventive, predictive, and condition-based maintenance approaches.
• Support effective budgeting and long-term infrastructure investment planning.
• Use performance indicators to monitor asset health and maintenance effectiveness.
• Manage asset deterioration and plan renewal or replacement activities.
• Integrate sustainability and resilience into infrastructure asset management.

Target Audience

• Infrastructure Asset Managers
• Civil Engineers
• Maintenance Engineers
• Engineering Managers
• Facilities and Infrastructure Managers
• Construction Project Managers
• Asset Planning Professionals
• Maintenance Planners
• Operations Managers
• Public Works and Municipal Infrastructure Professionals
• Roads, Bridges, Rail, Utilities, and Transport Professionals
• Professionals involved in infrastructure maintenance and lifecycle planning

Module 1: Fundamentals of Infrastructure Asset Management

• Principles and objectives of asset management
• Infrastructure asset management frameworks
• Asset lifecycle concepts
• Asset registers and information requirements
• Asset ownership, governance, and accountability

Module 2: Infrastructure Asset Lifecycle Planning

• Asset lifecycle stages
• Planning, acquisition, operation, maintenance, and renewal
• Lifecycle decision-making
• Whole-life asset planning
• Balancing cost, risk, performance, and service requirements

Module 3: Asset Condition and Criticality Assessment

• Asset condition assessment techniques
• Asset criticality analysis
• Failure modes and deterioration mechanisms
• Risk-based asset prioritisation
• Condition and performance grading

Module 4: Lifecycle Costing and Financial Planning

• Principles of lifecycle costing
• Whole-life cost analysis
• Maintenance and renewal cost forecasting
• Capital and operational expenditure planning
• Cost-benefit considerations for asset interventions

Module 5: Infrastructure Maintenance Strategy

• Preventive maintenance
• Corrective and reactive maintenance
• Predictive and condition-based maintenance
• Reliability-centred maintenance principles
• Developing risk-based maintenance strategies
• Maintenance optimisation and resource planning

Module 6: Asset Performance Management

• Asset performance measurement
• Key performance indicators and service levels
• Reliability, availability, and maintainability
• Performance monitoring and reporting
• Using asset data to support maintenance decisions

Module 7: Lifecycle Maintenance Planning

• Developing long-term maintenance plans
• Maintenance scheduling and prioritisation
• Inspection and intervention planning
• Renewal and replacement strategies
• Optimising maintenance intervals
• Integrating maintenance plans with asset investment programmes

Module 8: Risk, Resilience, and Sustainability

• Infrastructure asset risk management
• Failure consequence assessment
• Resilience planning
• Climate and environmental considerations
• Sustainable maintenance practices
• Emergency and contingency planning

Module 9: Asset Data, Technology, and Decision Support

• Asset information management
• Digital asset registers
• Condition monitoring technologies
• Data-driven maintenance planning
• GIS, sensors, and digital infrastructure management
• Using technology to improve asset performance

Module 10: Integrated Infrastructure Asset Management

• Integrating asset management with organisational strategy
• Developing asset management plans
• Maintenance budgeting and resource allocation
• Continuous improvement
• Practical lifecycle planning and implementation