Master's Degree in Continuing Education in Advanced Disaster Risk Management
PRESENTATION
Objectives
- Examine the scope and dimensions of disaster risk management tools.
- Examine current trends in climate change and emergencies.
- Identify areas of action and strategies for Biodiversity 2030.
- Gain a thorough understanding of potential risk management mechanisms and response tools.
- Conduct a more in-depth analysis of the impacts of climate change, as well as mitigation and adaptation measures.
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
- Risk Analysis
- Types of Risk Based on Their Origin
- Processes That Generate Risk
- Risk Analysis and Assessment Using a Comprehensive Approach
- Disaster Risk and Its Impact on Global Poverty
- Study of Earthquakes
- The atmosphere and meteorological phenomena
- Resilience in the Context of Disaster Risk Management
- Emergency Response I
- Emergency Response II
- Global Warming and the Ozone Layer
- Extreme natural events and their global increase
- Emerging pollutants
- Deforestation and biodiversity loss
- Freshwater and Ocean Acidification
- Climate Emergency and Associated Risks
- Introduction to Climate Change Management Work Proposed by the IPCC
- IPCC Special Reports
- Sendai Framework for Disaster Risk Reduction 2015–2030
- Country Engagement
- Basic Concepts of Biogeography and the Neotropical Region
- Paleartic biogeographic region
- Neartic Biogeographic Region
- Afrotropical Biogeographic Region
- Natural disasters in the biogeographic regions of the Northern Hemisphere and the tropics
- Australasian biogeographic region
- Indomalayan Eastern Biogeographic Region
- Antarctic region
- The world's oceans
- Natural disasters in the biogeographic regions of the Southern Hemisphere and the oceans
- Ecological Basis for Biodiversity
- Impact on biodiversity
- The Climate in Crisis: Scientific Perspectives on Climate Change
- Climate Change and Risk Management Through Mitigation and Adaptation
- Managing Climate and Land Use Through Political Mechanisms
- Ecosystem services
- Mechanism for Assessing Ecosystem Services
- Biodiversity Conservation
- Ecosystem Restoration and Initiatives for the Protection of Ecosystem Services
- Risks and Threats of Climate Change in Protected Natural Areas
- Territory
- Land-use planning
- Territorial Development Planning
- Concepts of threat, vulnerability, and risk
- Disaster, hazard, exposure, and uncertainty
- Historical Evolution of Disaster Risk Management: Some Considerations
- What do we mean by disaster risk management?
- Phases of Disaster Risk Management
- Disaster Risk Management and Its Relationship to Spatial Planning
- Disaster Risk Management Systems and Their Relationship to Territorial Development
- Approaches to Disaster Risk Management Planning
- Planning for Risk Identification: Threats and Vulnerabilities
- Planning for Disaster Risk Reduction
- Planning for Disaster Preparedness and Financing Strategies
- Planning for a Resilient Recovery
- Sustainable development
- Guidelines for Disaster Risk Management and Its Relationship to Sustainable Development
- Prevention and Mitigation in Sustainable Development
- Emergency Response and Risk Management
- Renovation and Construction
- GIS in Disaster Risk Management
- Geospatial Technologies in Disaster Risk Management
- Remote Sensing in Natural Hazard Assessments
- Satellite data acquisition, band combination, and image interpretation
- Improving the Interpretation of Geospatial Data
- Hazard mapping methodology
- Methodology for the Development of Vulnerability Maps
- Methodology for the Development and Analysis of Risk Maps
- Natural Hazard Maps and Their Relationship to Spatial Planning
- Study and Management of Thematic Data
- Hazard mapping methodology
- Methodology for the Development of Vulnerability Maps
- Methodology for the Development and Analysis of Risk Maps
- Natural Hazard Maps and Their Relationship to Spatial Planning
- Study and Management of Thematic Data
- Land-Use Planning Figures
- Territorial Planning Decision-Making Incorporating Risk Management Inputs
- Documents, plans, and programs for risk management in private institutions
- Lessons Learned in Natural Disaster Management and Its Relationship to Risk Management
- Land-Use Planning Regulations (Case Studies)
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