Climate Change, Resilience, and Disaster Risk Management Training

Climate Change, Resilience, and Disaster Risk Management

Anticipate, reduce, and respond to climate-related risk, and build resilient communities and institutions

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Platform:
Online
In-class
Revised and Updated: 08 October 2026
Date Venue Duration
19 - 23 October 2026 Nairobi, Kenya 5 Days
07 - 11 December 2026 Sandton, Gauteng 5 Days

Course Introduction

Floods, droughts, cyclones, and wildfires are growing in frequency and intensity, and their effects are transforming ecosystems, threatening economies, and disrupting communities across Africa and the world. Effective disaster risk management is now a cornerstone of sustainable development and resilience building.

 

This course gives participants a practical understanding of how to anticipate, reduce, and respond to climate-related risk. It combines climate science, policy frameworks, and disaster management principles so that professionals can develop strategies that strengthen community and institutional resilience. Through case studies, a group simulation, and planning exercises, participants turn learning into real-world application.

 

The course shows how adaptation, mitigation, and recovery strategies connect to international frameworks, including the Paris Agreement and the Sendai Framework for Disaster Risk Reduction 2015-2030, and to national laws and strategies.

Course Objectives

By the end of this Climate Change, Resilience, and Disaster Risk Management Training course, participants will be able to:

  • Understand climate science and impacts: Explain the causes and consequences of climate change and its implications for ecosystems, economies, and human systems.
  • Identify climate-related hazards and risks: Assess exposure and vulnerability to hazards such as floods, droughts, wildfires, and cyclones using risk assessment tools.
  • Apply the disaster management cycle: Plan prevention, preparedness, response, and recovery strategies suited to climate-related disasters, including early warning.
  • Integrate adaptation and mitigation: Design programmes that combine emission reduction with long-term adaptation for communities and sectors.
  • Build climate-resilient communities: Use participatory approaches to strengthen local capacity and build resilience into development planning.
  • Navigate global and local policy frameworks: Interpret international agreements and national strategies and laws to inform climate and disaster governance.
  • Analyse case studies and emerging practice: Evaluate lessons from resilience and recovery programmes, including new technology and climate finance.

Who should attend?

  • Government Officials, Policymakers, and Environmental Regulators
  • Disaster Management and Climate Adaptation Professionals
  • NGO, Humanitarian, and Development Practitioners
  • Environmental and Urban Planners
  • Community Leaders and Sustainability Officers
  • Researchers, Academics, and Consultants
  • Private Sector Representatives Involved in Risk, ESG, or Sustainability Programmes
Technical courses

Training Methodology

Our diverse instructional approaches ensure effective learning:

– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.

Training Outline

Climate Change Adaptation, Disaster Management & Resilience — Training Outline

Day 1 — Climate Science, Hazards and Vulnerability
Module 1: Understanding Climate Change
  • The science of climate change: drivers and evidence, including the human influence on warming and the role of natural variability
  • Global and regional trends and projections, including what they mean for Africa
  • Climate impacts on health, agriculture, water, and biodiversity
  • Reading and using climate information responsibly: projections, uncertainty, and limits
  • Practical Exercise: interpret a regional climate projection and list its implications for your sector or community
Module 2: Climate-Related Hazards and Vulnerabilities
  • Types of hazards: floods, droughts, storms, cyclones, and wildfires, and compound events
  • Assessing exposure, sensitivity, and vulnerability at national and community levels
  • Tools for risk profiling and hazard mapping, such as geographic information systems (GIS) and remote sensing
  • Case studies of climate-related disasters in Africa, such as Cyclone Idai (2019), regional drought, and major flood events
  • Practical Exercise: build a simple hazard, exposure, and vulnerability profile for a sample community

Day 2 — The Disaster Management Cycle
Module 3: The Disaster Management Cycle
  • Overview of the phases: prevention, mitigation, preparedness, response, and recovery
  • Early warning systems and anticipatory action, and the global Early Warnings for All initiative
  • Contingency planning, emergency coordination, and crisis communication, including communication with vulnerable and hard-to-reach groups
  • "Build Back Better" principles in reconstruction and recovery
  • Practical Exercise: draft a contingency plan and early warning communication for one hazard

Day 3 — Adaptation and Mitigation
Module 4: Climate Adaptation Strategies
  • Defining adaptation and mitigation, and how they differ and interact
  • Sectoral approaches: agriculture, water, infrastructure, and health
  • Ecosystem-based and community-based adaptation, and avoiding maladaptation
  • Financing adaptation and accessing climate funds, including the Adaptation Fund, the Green Climate Fund, and the loss and damage fund launched at COP30 (2025)
  • Practical Exercise: design an adaptation option and identify its financing route
Module 5: Climate Change Mitigation
  • Mitigation pathways and carbon reduction strategies
  • Renewable energy transitions, energy efficiency, and sustainable technologies
  • Greenhouse gas accounting and reporting, including carbon budgets and climate-related disclosure standards
  • Nationally Determined Contributions (NDCs) and corporate climate action
  • Practical Exercise: draw up a basic greenhouse gas emissions inventory for a sample organisation and propose reductions

Day 4 — Resilience, Policy and Governance
Module 6: Building Community and Institutional Resilience
  • Principles and frameworks of resilience thinking
  • Mainstreaming disaster risk reduction (DRR) into local development planning
  • The role of education, gender, disability, and inclusion in resilience programmes
  • Tools for capacity building and social mobilisation
  • Practical Exercise: design a participatory resilience-building process for a community
Module 7: Policy, Governance, and International Frameworks
  • The UN Framework Convention on Climate Change, the Paris Agreement, and the Sendai Framework 2015-2030; the Kyoto Protocol as the historical predecessor
  • National adaptation plans, DRR strategies, and climate and disaster laws, such as South Africa's Disaster Management Act and Climate Change Act (signed July 2024; check current commencement status) and Kenya's Climate Change Act
  • Links between climate policy, sustainable development, and governance
  • The role of partnerships and financing mechanisms, including the COP30 call to triple adaptation finance by 2035 and the ongoing work on measuring adaptation
  • Practical Exercise: map the policy and institutional landscape for one hazard in your country

Day 5 — Case Studies, Emerging Trends and Application
Module 8: Case Studies, Emerging Trends, and Practical Applications
  • Global and regional best practice in adaptation and disaster response
  • Group simulation: designing a climate-resilient community plan
  • Emerging trends: AI-supported forecasting, GIS, satellite data, and drones in disaster management, and their data and ethics risks
  • Climate-induced migration, food security, and urban resilience challenges
  • Practical Exercise: present your resilient community plan and agree three actions for your own organisation

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FAQs – Climate Change, Resilience, and Disaster Risk Management Training

Master climate change resilience and disaster risk management, learning climate risk assessment, disaster preparedness planning, community vulnerability reduction, emergency response strategies, and sustainable adaptation frameworks to protect infrastructure and communities.

What is covered in the Climate Change Resilience and Disaster Risk Management Training?
The course covers climate adaptation strategies, vulnerability and risk assessments, Sendai Framework guidelines, disaster early warning systems, post-disaster recovery planning, and community resilience building.
Who should attend this Climate Resilience and Disaster Risk Training?
This training is designed for disaster management practitioners, environmental consultants, public sector officials, NGO leaders, urban planners, safety officers, and sustainability managers working on disaster preparedness.
How does this course enhance disaster response and preparedness planning?
Participants learn to design comprehensive emergency action plans, establish multi-hazard risk monitoring systems, conduct impact assessments, and streamline cross-agency communication during disaster events.
Will delegates learn how to perform climate vulnerability assessments?
Yes. The program provides methodologies for assessing community and infrastructure vulnerability, mapping climate hazards, and identifying critical points to implement targeted resilience measures.
Does the training cover international frameworks and policy integration?
Yes. The curriculum integrates global standards such as the Sendai Framework for Disaster Risk Reduction, the Paris Agreement, and the UN Sustainable Development Goals (SDGs) into actionable local strategies.
Why is proactive disaster risk management essential for organizations and municipalities?
Proactive resilience planning minimizes life loss, protects critical infrastructure, reduces financial recovery costs, and ensures faster socio-economic recovery following climate-induced disaster events.

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