Training on Climate-Resilient Infrastructure Development and Risk Management

Climate change is significantly increasing the frequency and severity of floods, droughts, heatwaves, storms, and sea-level rise, placing infrastructure systems under unprecedented stress. Roads, bridges, water systems, energy networks, and public facilities designed using historical climate assumptions are increasingly vulnerable to damage, service disruption, and premature failure. These impacts carry high economic, social, and fiscal costs.

Climate-resilient infrastructure development integrates climate risk management into planning, design, construction, operation, and maintenance. It requires systematic identification of climate hazards, assessment of exposure and vulnerability, application of resilient design principles, and proactive risk mitigation across the infrastructure lifecycle. Risk-informed decision-making helps institutions prioritize investments, protect critical assets, and ensure continuity of essential services.

This course equips participants with practical tools and frameworks to mainstream climate resilience and risk management into infrastructure development. It covers climate risk assessment, resilient design strategies, disaster risk management, adaptation options, investment prioritization, and performance monitoring. Through applied exercises and real-world case studies, participants will gain the capacity to reduce infrastructure risk, improve resilience, and safeguard long-term development outcomes.

Duration

10 Days 

Who Should Attend

Infrastructure planners and engineers
Public works and utilities managers
Disaster risk management professionals
Climate change and resilience officers
Urban and regional planners
Infrastructure project managers and policymakers

Individual Impact

• Stronger climate risk assessment and planning skills
• Improved ability to design and manage resilient infrastructure
• Enhanced understanding of disaster and climate risk integration
• Better investment prioritization under uncertainty
• Increased confidence in resilience decision-making

Organizational Impact

• Reduced infrastructure damage and service disruption
• Improved preparedness for climate-related disasters
• Stronger protection of public investments
• Enhanced compliance with climate and resilience policies
• More reliable and resilient infrastructure systems

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

Assess climate and disaster risks to infrastructure
Integrate resilience into infrastructure planning and design
Apply risk management tools across the asset lifecycle
Prioritize adaptation and resilience investments
Monitor and improve infrastructure resilience performance

Module 1: Climate Change and Infrastructure Risk

• Climate trends and projections
• Infrastructure sensitivity to climate hazards
• Historical failures and lessons learned
• Introduction to resilience and risk concepts
• Practical Exercise / Case Study: Identifying climate risks affecting a critical infrastructure system

Module 2: Climate Hazard, Exposure, and Vulnerability Assessment

• Climate hazard identification and mapping
• Exposure analysis for infrastructure assets
• Vulnerability assessment methods
• Risk profiling and prioritization
• Practical Exercise / Case Study: Conducting a climate risk screening for an infrastructure portfolio

Module 3: Disaster Risk Management for Infrastructure

• Natural and climate-induced disaster risks
• Infrastructure criticality and cascading failures
• Preparedness, response, and recovery planning
• Linking DRM and climate adaptation
• Practical Exercise / Case Study: Developing a disaster risk management plan for key infrastructure

Module 4: Climate-Resilient Infrastructure Planning

• Integrating resilience into master plans
• Risk-informed site selection and alignment
• Scenario-based planning
• Adaptive and flexible planning approaches
• Practical Exercise / Case Study: Revising an infrastructure plan using climate risk scenarios

Module 5: Resilient Design and Engineering Solutions

• Design standards for extreme events
• Nature-based and hybrid solutions
• Redundancy and robustness in design
• Designing for uncertainty and future conditions
• Practical Exercise / Case Study: Designing resilient features for flood-prone infrastructure

Module 6: Lifecycle Risk Management and Maintenance

• Climate risks across the asset lifecycle
• Resilient operations and maintenance strategies
• Inspection and monitoring under changing conditions
• Failure prevention and contingency planning
• Practical Exercise / Case Study: Developing a climate-informed maintenance strategy

Module 7: Economic Analysis and Investment Prioritization

• Cost of climate impacts and inaction
• Cost-benefit analysis for resilience options
• Prioritizing adaptation investments
• Financing resilient infrastructure
• Practical Exercise / Case Study: Evaluating the economic case for resilience investments

Module 8: Institutional, Policy, and Governance Frameworks

• Climate and infrastructure policies
• Roles and responsibilities
• Regulatory and compliance requirements
• Stakeholder coordination mechanisms
• Practical Exercise / Case Study: Assessing institutional readiness for climate-resilient infrastructure

Module 9: Data, Digital Tools, and Monitoring Systems

• Climate and infrastructure data sources
• Risk modeling and decision-support tools
• Early warning systems and monitoring
• Using indicators to track resilience
• Practical Exercise / Case Study: Developing a resilience monitoring dashboard

Module 10: Measuring Resilience and Continuous Improvement

• Resilience indicators and metrics
• Post-event learning and adaptation
• Updating standards and practices
• Building long-term resilience capacity
• Practical Exercise / Case Study: Creating a climate resilience improvement roadmap