The course Geospatial Technologies: Data Processing in Disaster Risk Management is your gateway to mastering the cutting-edge tools essential in today’s climate of increasing natural disasters. You’ll delve into the application of GIS and geospatial technologies, enabling you to create precise natural hazard maps and model threats effectively. As the demand for skilled professionals in disaster risk management surges, this course offers you a competitive edge by equipping you with the knowledge to influence land planning and mitigate risks. Immerse yourself in this online programme and become a pivotal player in safeguarding communities and shaping resilient futures. Your expertise in geospatial technologies will not only enhance your career prospects but also empower you with the skills to make a meaningful impact in a field that is both vital and in high demand.
Geospatial Technologies. Data Processing in Disaster Risk Management
This course is designed for professionals and graduates in the field of disaster risk management who are keen to enhance or update their skills. It is ideal for those interested in applying GIS and geospatial technologies, developing natural hazard maps, modelling threats, and engaging in effective land planning. Expand your knowledge and stay ahead in your field.
40 hours
Risk and Disaster Management and Prevention
Course objectives
- Understand the application of GIS in disaster risk management.
- Identify methodological criteria for creating hazard maps.
- Develop skills to model natural threats effectively.
- Analyse geospatial data for informed land planning.
- Use GIS tools to enhance disaster response strategies.
- Evaluate geospatial technologies for risk assessment.
- Integrate GIS data to improve land use planning decisions.
What does it prepare you for?
This course prepares you to effectively use geospatial technologies and GIS in disaster risk management. You'll learn to create and interpret natural hazard maps, apply methodological criteria, and model potential threats. Additionally, you'll gain insights into land planning strategies to mitigate risks. By the end, you'll be capable of analysing spatial data to inform decision-making processes in disaster scenarios, enhancing your ability to manage and reduce risks.
Teaching units
UNIT 1. APPLICATION OF GIS AND GEOSPATIAL TECHNOLOGIES
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
UNIT 2. METHODOLOGICAL CRITERIA FOR THE ELABORATION OF NATURAL HAZARD MAPS
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
UNIT 3. MODELING THREATS
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
UNIT 4. LAND PLANNING
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)