Strengthening Infrastructure Resilience to Natural Hazards Training

About This Course

Natural hazards — including floods, earthquakes, landslides, cyclones, and droughts — pose an escalating threat to infrastructure systems that underpin economies, communities, and essential services. Climate change is amplifying both the frequency and severity of these events, exposing vulnerabilities in roads, bridges, energy grids, water supply networks, and urban built environments that were not designed to absorb such shocks. The consequences of infrastructure failure extend far beyond direct physical damage: disrupted supply chains, displaced populations, economic contraction, and long recovery timelines compound the human cost of each disaster.

Strengthening infrastructure resilience is therefore no longer a niche engineering concern — it is a strategic priority for governments, development finance institutions, infrastructure operators, and urban planners worldwide. Resilience goes beyond structural robustness; it encompasses the capacity of systems to anticipate hazard exposure, absorb impacts, adapt to changing conditions, and recover rapidly to full functionality. Achieving this requires professionals who can integrate hazard science, risk assessment, resilience engineering, land-use planning, and policy frameworks into coherent infrastructure investment decisions.

The Strengthening Infrastructure Resilience to Natural Hazards Training, delivered by TrainingComplex, is a focused five-day programme that builds exactly this cross-disciplinary capability. Participants will work through the full resilience cycle — from hazard identification and vulnerability assessment through structural design principles, redundancy planning, and post-event recovery strategies. The programme draws on internationally recognised frameworks including the Sendai Framework for Disaster Risk Reduction, the United Nations Office for Disaster Risk Reduction (UNDRR) guidelines, and World Bank resilience standards, applying them to real infrastructure contexts across Africa, the Middle East, and beyond.

Delivered through a blend of technical instruction, scenario-based exercises, and case study analysis, this course equips participants to make defensible resilience investment decisions, communicate risk intelligently to decision-makers, and embed resilience thinking into their organisations' infrastructure planning and asset management processes.

Who Should Attend

• Civil and structural engineers responsible for infrastructure design and maintenance
• Infrastructure asset managers in public and private sector organisations
• Urban planners and land-use development professionals
• Disaster risk reduction and emergency management specialists
• Project managers overseeing infrastructure development in hazard-prone regions
• Environmental and climate adaptation specialists
• Water, energy, and transport sector technical officers
• Government ministries and departments managing public infrastructure portfolios
• Development finance institution staff appraising infrastructure investments
• Consultants advising on resilience, sustainability, and infrastructure policy

Learning Objectives

• Understand the nature, classification, and regional distribution of natural hazards affecting infrastructure systems
• Apply multi-hazard risk assessment frameworks to identify vulnerable infrastructure assets and critical failure points
• Interpret hazard maps, exposure data, and vulnerability indices to inform infrastructure siting and design decisions
• Apply resilience engineering principles — including redundancy, robustness, rapidity, and resourcefulness — to infrastructure design and retrofit
• Evaluate structural and non-structural mitigation measures for roads, bridges, water systems, energy networks, and buildings
• Integrate climate change projections into infrastructure lifecycle planning and risk-based investment decisions
• Use internationally recognised frameworks (Sendai, UNDRR, World Bank) to guide institutional resilience policies and programmes
• Design infrastructure monitoring and early warning systems that support timely hazard response
• Develop and evaluate post-disaster infrastructure recovery and build-back-better strategies
• Communicate infrastructure risk and resilience recommendations effectively to technical and non-technical stakeholders

Course Modules

Requirements & Prerequisites

Participants should have a working background in civil engineering, infrastructure planning, environmental management, or a related technical discipline. Familiarity with basic engineering or construction concepts is recommended, though advanced structural engineering knowledge is not required. Prior exposure to disaster risk management or climate adaptation is helpful but not a prerequisite for enrolment.

Training Methodology

• Multi-hazard scenario exercises in which participants assess a sample infrastructure corridor exposed to combined flood, seismic, and landslide risks
• Structured case study analysis of real infrastructure failures — including bridge collapses, road washouts, and energy grid disruptions — to identify root causes and derive resilience lessons
• Hazard mapping workshops using publicly available risk data and GIS-based overlays to evaluate site-specific exposure
• Resilience scoring and vulnerability matrix exercises applied to participant-submitted infrastructure assets or projects
• Group design challenge sessions where teams propose and justify structural and non-structural mitigation measures for a given infrastructure scenario
• Facilitated policy review sessions examining how Sendai Framework targets and World Bank resilience standards translate to on-the-ground engineering decisions
• Peer-to-peer exchange discussions drawing on participants' own national and organisational infrastructure contexts
• Guided development of a resilience action plan that participants can apply directly within their organisations after the course

Organisational Benefits

• Reduced financial exposure from infrastructure failures caused by natural hazards
• More resilient project designs that meet donor, development bank, and regulatory resilience requirements
• Improved institutional capacity to conduct multi-hazard risk assessments and integrate findings into capital investment plans
• Stronger cross-departmental collaboration between engineering, planning, environmental, and emergency management teams
• Enhanced ability to access climate finance and resilience-linked funding for infrastructure projects
• Reduced recovery timelines and costs following natural hazard events through proactive design and preparedness
• Organisational alignment with global frameworks including the Sendai Framework and Sustainable Development Goal 11 (Sustainable Cities)
• Better-informed procurement and asset management decisions that account for long-term hazard exposure
• Improved stakeholder and community trust through demonstrable commitment to infrastructure safety and resilience
• A pipeline of technically capable professionals able to lead resilience-focused infrastructure programmes

Where Is Strengthening Infrastructure Resilience to Natural Hazards Training Offered?

This course runs in-person across: Addis Ababa, Zanzibar, Pretoria, Kisumu, Abuja, Arusha, Nairobi, Dubai, Nakuru, Riyadh, Kigali, Lagos, Cape Town, Kampala, Accra, Mombasa, Johannesburg, Naivasha, Dar es Salaam, plus Live Virtual (online) cohorts. Browse live dates for your city below.

Upcoming Schedules

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