Course Content
Course Overview
This course introduces professionals to the principles and practical applications of climate hazard mapping for strategic decision-making in business and infrastructure planning. Climate hazard mapping helps organizations visualize where climate-related hazards—such as floods, extreme heat, drought, or storms—may affect assets, operations, and supply chains. By combining climate data, geographic information, and risk analysis, these tools allow decision-makers to identify vulnerabilities and prioritize resilience investments.
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Climate Hazards
This session introduces participants to the science and context of climate change and climate hazards relevant to business continuity and infrastructure resilience. It covers how global and regional climate trends influence hazard frequency and severity, and how these physical processes translate into risks for built environments and economic systems.
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Hotspot & Vulnerability Mapping
Session 2 focuses on spatial analysis and mapping techniques used to identify geographic areas where climate hazards overlap with vulnerable assets and communities. Leveraging hotspot identification and vulnerability assessment frameworks, learners will explore how to quantify and visualize risk across scales, integrating environmental, socio-economic, and infrastructure data layers.
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Tools, Rapid Mapping & Case Study
The final session connects analytical knowledge with applied tools and rapid mapping workflows for climate risk assessment. Participants will gain familiarity with GIS platforms, remote sensing datasets, and cloud-based tools used for rapid hazard mapping and visualization. A structured case study enables professionals to apply their learning to a real or hypothetical business/infrastructure context.
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Climate Hazard Mapping for Business and Infrastructure

You are the resilience lead for a coastal city. A flood scenario threatens multiple infrastructure systems:

  • A power substation is below the flood line and has no backup

  • A hospital depends on that substation and has 48-hour diesel backup

  • Emergency services rely on the same power and access road

  • A water treatment plant has limited backup

  • A telecom hub is more resilient

Your Task

  1. Map the cascade failure sequence — what fails first, then next.

  2. Identify the single most critical node and explain why.

  3. Prepare a short briefing explaining the cost of not investing in mitigation.

Strategy&Ops Consultancy