GIS Application in Disaster Risk Reduction Course

In today’s world, Information and Communication Technologies (ICTs), including Geographic Information Systems (GIS), are transforming disaster management practices. GIS plays a crucial role in hazard mapping, disaster modeling, and real-time risk assessment. This course is designed to equip professionals with the skills necessary to use GIS effectively throughout the disaster management cycle, from preparedness to response and recovery.

This training provides participants with hands-on experience in utilizing GIS for disaster risk reduction (DRR), including hazard mapping, risk assessment, and the development of emergency response strategies. Participants will learn to use spatial data to better understand disaster risks and manage resources effectively in all phases of disaster management.

Who Should Attend?

Professionals working in disaster risk management (DRM), environmental management, and related fields.
Government officials, urban planners, emergency responders, and NGOs.
Academics, researchers, and students interested in disaster management and GIS applications.

Duration

5 Days

Training Objectives

Understand the role of GIS and remote sensing in disaster risk management.
Learn to use GIS tools for hazard mapping and disaster modeling.
Apply GIS techniques in risk assessment, vulnerability analysis, and hazard mitigation.
Use spatial data to support decision-making during the preparedness, response, and recovery phases of disaster management.

Training Content

Disaster Management Concepts and Institutional Framework
- Introduction to disaster management concepts and key terminologies.
- International and regional disaster risk management protocols and action plans.
- The role of spatial information and GIS in disaster management.
Introduction to Geoinformatics and GIS Data Sources
- Overview of GIS and geoinformatics for disaster management.
- Data collection using Global Positioning Systems (GPS) and mobile data collection tools (ODK).
- GIS data sources for DRM applications.
- Introduction to QGIS and its functions for hazard mapping.
Hazard, Vulnerability, and Risk Assessment Using GIS
- Methods of risk assessment, including vulnerability analysis and spatial data preparation.
- Using QGIS for risk evaluation and hazard assessment.
- GIS integration with Microsoft Excel for disaster risk management data analysis.
- Risk reduction strategies through GIS-based vulnerability analysis and multi-criteria decision-making.
Risk Information Visualization and Mapping
- Creating hazard and risk maps using QGIS.
- Visualizing risk information to assist in disaster response and planning.
- Group exercise: Creating a risk map for a simulated disaster scenario.
Applications of GIS in Disaster Response and Recovery
- Using GIS to assess the extent and magnitude of a disaster’s impact.
- GIS-based tools for post-disaster damage assessment and resource allocation.
- Community-based GIS for participatory disaster risk management.
Advanced GIS for Disaster Risk Management
- Advanced GIS techniques for disaster mapping and analysis, including remote sensing data integration.
- Use of Google Maps, Google Earth, and other open-source tools for real-time disaster monitoring and communication.
- Community crisis mapping using Ushahidi and other participatory GIS methods.
Case Studies and Practical Applications
- Case study: GIS applications in real-world disaster scenarios (flood, earthquake, wildfire).
- Discussion: How GIS can support disaster management across various hazard types.

General Information

Customized Training: Our courses can be tailored to meet the specific needs of the participants.
Language Proficiency: Participants should have a good command of the English language.
Learning Structure: The training includes practical exercises, group discussions, web-based tutorials, and expert guidance.
Certification: A certificate of successful completion will be issued by Stepsure Training and Research Institute.
Training Locations: Training can be conducted at our centers or delivered online. In-house training is also available upon request.
Flexible Duration: The course duration is flexible and can be adapted to fit client needs.
Course Inclusions: The onsite fee covers facilitation, training materials, coffee breaks, and lunch. Participants are responsible for their own travel, accommodation, and personal expenses.
Post-Training Support: We offer one year of free consultation and coaching after the course.
Group Discounts: A discount of 10% to 50% is available for group registrations of more than two participants.
Payment Terms: Payment should be made before the course begins, or as mutually agreed upon.