• Lead the development of innovative proposals for a strategic approach to risk reduction and resilience, promoting applied research. • Integrate a systemic view of risk management as a continuous process, taking into account interactions with climate change and sustainable development. • Design strategies for emergency planning and financial risk management, including climate finance and post-disaster recovery mechanisms. • Implement advanced tools for proactive and corrective action to address conditions of vulnerability, based on a deep understanding of the context. • Assess the impact of risk mitigation policies and measures in different contexts, optimizing strategic decision-making. • Manage programs and projects for climate change adaptation and the prevention of extreme events, ensuring their alignment with international regulatory frameworks. • Develop capabilities for informed decision-making in crisis situations and conditions of high uncertainty, applying advanced risk analysis methodologies.
Methodology
At Educa PHAROS, we use a highly practical methodology focused on the direct application of knowledge in the student’s professional environment, combining theoretical content with real-world cases, digital tools, and support from a team of specialized instructors.
Program
International Context of Disaster Risk Management (Sendai Framework for Disaster Risk Reduction)
International Context of Climate Change (The IPCC: Overview and Climate Change Scenarios)
Concepts Related to Disaster Risk Management and Climate Change. Levels of Coordination.
Action Plans for Risk Management, and Structural and Non-Structural Risk Mitigation Measures
Scenario-Based Risk Management
Overview of Climate Change (Physical Basis of Climate Change)
The IPCC: Overview and Climate Change Scenarios
The relationship between development, risk, and disasters (the construction of risk) and the effects and impacts of climate variability and climate change.
Extensive and intensive risks, the effects of climate variability and climate change, and their impact on human development
Inequalities and conditions of vulnerability, as well as the impacts and effects of climate variability and climate change.
Areas for Risk Management and Climate Change (from the institutional to the sectoral level, the private sector, the regional level, and the community level)
Stakeholders and Actions for Disaster Risk Management
Planning Tools for Risk Management and Climate Change
Institutional frameworks, entities, and organizations responsible for implementing and monitoring actions.
Adaptation and Mitigation Strategies for Climate Change
What does the process-based approach (the shift in the approach to emergency and disaster response) entail in the context of climate variability and climate change?.
Strategic Processes (Planning, Organization, and Monitoring)
Support Process (Strengthening Knowledge and Capacities in the Human ReMODULE, Public Communication, Information for Decision-Making, and Information Systems)
Strategies for Comprehensive Disaster Risk Management in the Context of Climate Variability and Climate Change.
Disaster Risk Management
Domestic Context for Disaster Risk Management.
The External Context for Disaster Risk Management.
Context of the disaster risk management process.
Disaster Risk Criteria.
Identification of Disaster Risks.
Disaster Risk Analysis.
Disaster Risk Assessment.
Disaster Risk Monitoring
Illustrative examples of disaster risk assessment.
Context and Conceptual Framework for Disaster Risk Reduction.
Corrective action (mitigation of the current risk).
Reducing vulnerability and building capacity and resilience through structural and non-structural measures.
Financial protection.
Social Actors and Disaster Risk Reduction.
Illustrative examples of corrective actions.
Climate: Definition
Climate: Elements and Factors
Climatology: Methods of Study
The Climate System
General Concepts
Radiation
Solar-type radiation
Earth's Energy Balance
Solar Radiation and Its Spatial Distribution
Incident Radiation at a Point: Calculation
Temperature
Natural Greenhouse Effect: Gases and Mechanisms
Disruptions in the Energy Balance: Natural and Human Causes
Climate and General Information
Climate classification based on temperature and precipitation
The Köppen Classification
Strahler's Classification
Types of Climates
Mountain Climates
Historical Climate Events: Little Ice Age, Medieval Climate Optimum
Methods for Reconstructing Past Climate: Climate Proxies
Biodiversity, the “finiteness” of natural resources, and “irreversibility” linked to extinction
Renewable resources. Their current overexploitation
Conflicts Over Renewable Resources and Environmental Refugees
Non-renewable resources, minerals, and energy resources
The problems caused by its use and the conflicts over control of it
Evidence of Current Climate Change
Future Projections for the Planet's Average Temperature Based on Changes in Greenhouse Gas Emissions
Impoverished countries are and will continue to be the hardest hit; the regions and ecosystems that will be particularly affected by climate change; and projections of the global economic impacts of climate change
The fight against climate change is possible, and it relies on global action, mitigation, and adaptation
History and Evolution of Climate Modeling
Components of Climate Models
Types of Climate Models
Reference Scenarios
IPCC and CMIP6 Simulations
Projections of Key Climate Variables
The Evolution of the Concept of the Carbon Footprint
International Regulations and Standards
Carbon Footprint Categories
Scope of Application and Calculation Bases
What Is Life Cycle Assessment?
Climate Neutrality and Net-Zero Goals
Reduction or Offset Strategies?
Carbon Offset Mechanisms
Carbon Markets and Emissions Trading Systems
Difference Between Mitigation and Adaptation
Local, National, and Global Adaptation Strategies
Climate-Resilient Infrastructure and Ecosystem-Based Solutions
Integrating Climate Change into Territorial and Sectoral Planning
Introduction to Computer Science and Technological Advances.
Database, data storage, database administration.
GIS, GPS, Coordinate Systems.
Using Google Earth Pro to locate coordinates and maps.
GPS Essentials is collecting data from the Android phone's GPS.
Creating a data collection form: recommendations for designing the storage structure.
Using Kobotoolbox.
Using Typeform.
Using GISCLOUD.
Using the Fulcrum App. .
Basic QGIS Tools (I)
Basic QGIS Tools (II)
What are WMS or WFS Geoservices?
Creating WMS or WFS Services with GeoServer (I)
Creating WMS or WFS Services with GeoServer (II)
The Relationship Between Land Registry, Censuses, and Cartography and Risk Management.
Creation of maps showing land use and critical infrastructure.
GIS Analysis with QGIS and a Demonstration Using ArcGIS Desktop.
Susceptibility maps, hazard maps, vulnerability maps, and risk maps. Their differences, types of maps, and methods of preparation.
Climate Models and Climate Projections.
Conceptual Framework for Financial Protection Against Disaster Risk
Conceptual Framework for Climate Finance
Financial Protection Against Disaster Risk and Climate Finance as a Component of Fiscal Management
Legal Framework for Financial Protection Against Disaster Risk and International Agreements Related to Climate Finance
Benefits of Pooling Risks
Financial Protection Strategies Against Disaster Risk
Risk Mitigation Measures in the Event of Disasters
Risk Financing Instruments in the Event of Disasters
Risk Transfer Instruments in the Event of Disasters
Disaster Risk Analysis and Climate Change Criteria in the Public Investment Process
Risk Administration or Management
Introduction to Insurance
Types of Insurance
Business Continuity Plans in the Event of a Disaster
The Financial Sector's Perspective on Environmental and Social Risks
Potential Impacts of Weather Events
Incorporating considerations regarding weather events into the planning process
Financial Instruments to Address Climate Events
Tax Policy to Promote Adaptation to Climate Change
Green Bonds and the Green Climate Fund
Conceptual Framework for Emergencies and Disasters
Conceptualization of Recovery from a Development Perspective
The Context of Disaster Management and Recovery with a Development Focus
The response, recovery, and effects and impacts of climate variability and climate change
Cross-cutting Issues in Disaster Management and Recovery with a Development Focus
Disaster Management and Recovery Processes
Preparations and Alerts
Emergency Response Procedures
The Post-Disaster Recovery Planning Process
Geographic Levels and Work Sectors
Information for the response
Tools and Needs Assessment for the Response
Information Management for Recovery Using Development-Based Approaches
Assessment of Damage, Losses, and Recovery Needs
Recovery: Assessments from Government Sectors, the Role of the Private Sector, and Communities
Strategies for Disaster Management and the Humanitarian Agenda
Tools for Emergency and Disaster Response
Strategies for Post-Disaster Recovery with a Development Focus
Tools for Planning and Implementing Post-Disaster Recovery with a Development Focus
Technical and Modular Requirements for Implementing Response and Recovery Actions
How is the territory defined?
Analysis from the Political Periphery
Analysis from an Environmental Perspective
Territorial levels: global, regional, national, and local
Territory in Environmental Management and Disaster Risk Management
Diagnostic Tools in Different Types of Management
Characterization of Geological Hazards
Characterization of Hydrometeorological Hazards
Characterization of Biological Threats
Environmental Impact Assessment (EIA) Studies
Planning and the Environmental Dimension
Land Use Planning
Disaster Risk Management Planning and Climate Change Planning Tools
Environmental Planning
Sustainable Development Planning
Operational Tools in Planning
Watershed Management Plans
Environmental Management Plans (EMP)
Emergency Contingency Plans
Citizen Oversight Plans
Risk Management in Public Investment
Progress and Challenges in Public Investment Risk Management
Governance for Public Administration and Disaster Risk Management
Progress Toward Disaster Risk Governance
Assessment of the Status of Risk Management Integration in Public Investment
Probabilistic Analysis Tools
Risk Analysis Tools for Pre-Disaster Public Investment
Risk Mitigation Tools for Post-Disaster Public Investment
Tools for Analyzing Risk in Public Investment at the Sectoral Level
Tools for Monitoring Public Expenditures
Risk Management in Private Investment
The Business Sector and Risk Mitigation
Public-Private Partnerships for Disaster Risk Reduction
Economic Sector: Tourism and Disaster Risk Reduction
Economic Sector: Agribusiness and Disaster Risk Reduction
Community-Based Risk Management
Vulnerabilities and Challenges at the Community Level
Community Resilience Analysis
Community-Based Disaster Risk Planning Tools
Risk Assessment Tools at the Community Level
Basic Concepts
Risk Mitigation (Corrective) Strategies
Incorporating (corrective) risk management into territorial and environmental planning tools
Incorporating Corrective Risk Management into Public Investment
Educa PHAROS is a training solution for businesses that centralizes learning, simplifies user management, and allows you to track progress through dashboards and reports.
It is designed for organizations that want to develop internal skills, standardize role-based training, and have traceability and learning metrics.
It includes learning paths by profile, user and permission management, progress reports, certification, and access to masterclasses or live sessions (depending on the plan).
It is based on best practices in security, access control, learning traceability, and implementation support. Customize this text according to your commitments (SLA, compliance, etc.).
Educa PHAROS is a next-generation training model that places a company’s human capital at the forefront. Through a platform that adapts to each company’s corporate identity and offers a total of more than 900 courses, it provides tailored training for each organization. The unlimited flat-rate plan provides each company with the number of courses that best suits its needs, as well as the ability to determine which employees will have access.
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Spanish 
Credits: 60 ECTS
Industry, Energy, and the Environment 
English
60 ECTS