MNEWC provides PDNA Methodology, Guidelines, and Assessment Process for the Global South Countries 

• We conduct an assessment of the availability and application of nationally approved PDNA methodologies, guidelines, templates, sector tools, sector-level technical expertise, data standards, and reporting formats.
• Assess the alignment of national methodologies with internationally recognized approaches for damage, loss, human impact, needs, recovery, and reconstruction assessment.
• Review the full PDNA process, including:
  1. Prepare sector level L&Ds /Imapct level data collection tools, methodology, guidelines, and process 
  2. Conduct training, develop partnership activation and institutional mobilization;
  3. Assessment scoping and planning;
  4. Formation of sector teams;
  5. Baseline data compilation tools/process/repositories;
  6. Field data collection( ICT /AI/UAV tools);
  7. Damage and loss estimation tools/process;
  8. Human-impact and needs assessment tools/process;
  9. Recovery-needs identification;
  10. Framework, methodologies for the UN Cluster’s anchoring with national sectors
  11. Build Back Better analysis;
  12. Sector prioritization;
  13. Cost estimation;
  14. Validation and quality assurance;
  15. Report preparation;
  16. Government endorsement;
  17. Recovery-framework development; and
  18. Monitoring of recovery implementation.
• Assess the availability and quality of baseline datasets, administrative records, census data, sector inventories, asset databases, land-use data, infrastructure data, household information, market information, and historical disaster-loss databases.

Develop ICT, GIS, Remote Sensing, and UAV Capacity for PDNA

• Assess institutional capacity to use digital technologies for rapid and comprehensive post-disaster assessment.
• Review the availability and application of:
  • Mobile data-collection tools;
  • Digital survey applications;
  • Cloud-based assessment platforms;
  • GIS databases;
  • Web-GIS portals;
  • Remote-sensing imagery;
  • Satellite data;
  • Unmanned aerial vehicles;
  • Drone-based imaging;
  • Global positioning systems;
  • Digital elevation models;
  • Image-processing software;
  • Damage-classification tools;
  • Artificial intelligence-assisted analysis;
  • Digital dashboards, and
  • Geospatial & Database-driven Decision-support systems(DSS).
• Assess capacity to acquire, process, analyze, interpret, validate, store, and disseminate geospatial and remote-sensing data.
• Review institutional arrangements for obtaining pre-disaster and post-disaster imagery, including access to satellite imagery, drone operations, aerial surveys, open-source geospatial data, and commercial data providers.
• Assess compliance with UAV regulations, flight permissions, operational safety procedures, data-protection requirements, and ethical standards.
• Review interoperability between field-assessment tools, sector databases, EOC systems, GIS platforms, national statistics systems, and recovery-planning systems.
• Assess capacity to produce:
  • Damage maps;
  • Affected-population maps;
  • Infrastructure-impact maps;
  • Agricultural damage maps;
  • Flood-extent maps;
  • Landslide inventories;
  • Building-damage classifications;
  • Accessibility and logistics maps;
  • Recovery-priority maps; and
  • Spatial recovery-investment plans.

Please contact MHEWC at : zmsajjad@gmail, WhatsApp : +88 01711 979179