Master´s Degree in Continuing Education in Advanced Disaster Risk Management
PRESENTACIÓN
The new era of change in which we live and the consequences that these changes bring with them and with the environment are the focus of study for this master’s degree. The numerous updates to legislation and changes in regulations are advancing at a fast pace. Adapting to these changes is the key to success for both private companies and public administrations. With this master’s degree you will have all the necessary tools to manage the risks derived from the different processes and adapt to the regulations in order to be able to manage future projects, diagnoses, evaluations or technical studies. This master’s degree effectively brings together the knowledge necessary to integrate highly qualified professionals into the labour market in sustainable development management, risk management, and to respond to the impacts and damages that derive from incorrect management and lack of prevention, preparation and planning.
Objetivos
Metodología
En Educa PHAROS trabajamos con una metodología eminentemente práctica, orientada a la aplicación directa de los conocimientos en el entorno profesional del alumno, combinando contenidos teóricos con casos reales, herramientas digitales y el acompañamiento de un equipo docente especializado.
Programa
- Risk analysis
- Types of risk according to their origin
- Processes that generate risk
- Risk analysis and assessment with a comprehensive approach
- Disaster risk and its effect on global poverty
- Study of earthquakes
- The atmosphere and meteorological phenomena
- Resilience in the framework of disaster risk management
- Emergency response I
- Emergency response II
- Global warming and the ozone layer
- Extreme natural events and their global rise
- 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 notions of biogeography and neotropical region
- Paleartic biogeographic region
- Neartic biogeographic region
- Afrotropical biogeographic region
- Natural disasters in the biogeographic regions of the northern hemisphere and tropics
- Australasian biogeographic region
- Indomalayan eastern biogeographic region
- Antartic region
- The world’s oceans
- Natural disasters in the biogeographic regions of the southern hemisphere and 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 mehanisms
- Ecosystem services
- Mechanism for assessing ecosystem services
- Biodiversity conservation
- Ecosystem restoration and initiatives for the protection of ecosystems services
- Risks and threats of climate change in protected natural areas
- Territory
- Territorial planning
- Territorial development planning
- Notions of threat, vulnerability and risk
- Disaster, hazard, exposure and uncertainty
- Historical evolution of disaster risk management: some considerations
- What do we understand by disaster risk management?
- Phases of disaster risk management
- Disaster risk management and its linkage with spatial planning
- Disaster risk management systems and their relationship with 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 resilient recovery
- Sustainable development
- Guidelines for disaster risk management and its relationship with sustainable development
- Prevention and mitigation in sustainable development
- Emergency response to risk management
- Rehabilitation 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
- Enhancement of geospatial data interpretation
- Hazard mapping methodology
- Methodology for the elaboration of vulnerability maps
- Methodology for the elaboration and analysis of risk maps
- Natural hazards maps and their relation to spatial planning
- Study and management of thematic data
- Hazard mapping methodology
- Methodology for the elaboration of vulnerability maps
- Methodology for the elaboration and analysis of risk maps
- Natural hazards maps and their relation to spatial planning
- Study and management of thematic data
- Territorial planning figures
- Territorial planning decision-making with risk management inputs
- Documents, plans and programs for risk management in private institutions
- Lessons learned in natural disaster management and its relation with risk management
- Territorial planning regulations (case studies)
Másteres Destacados
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