Drone Technology for Humanitarian Response Training Course

Participants can prepare the approvals and engagement arrangements required before humanitarian flights begin.

• National aviation authority approvals, restricted airspace, NOTAMs, and waiver pathways
• ICAO regulatory concepts: visual line-of-sight, remote pilot, and airworthiness
• Humanitarian civil-military coordination and flight deconfliction during emergency operations
• Community consent processes addressing privacy, noise, safety, and expectations
• Permission register assigning owners, lead times, dependencies, and expiry dates
• Cross-border equipment movement, customs documentation, batteries, and temporary importation

Participants can assess mission risks, set operational controls and respond to flight incidents.

• SORA concepts adapted for ground risk, air risk, and mitigations
• Operational risk assessment using likelihood, consequence, controls, and residual risk
• Go/no-go criteria for weather, airspace, crowds, communications, and security
• Emergency response cards for flyaways, crashes, injuries, and lost links
• Battery fire controls, transport limits, storage procedures, and inspection records
• Incident reporting, investigation, corrective action, and lessons-management workflow

Participants can convert an approved request into a practical, safe and measurable flight plan.

• Mission planning from request intake through post-flight data handover
• Area-of-interest definition, ground sampling distance, overlap, and flight-line design
• Flight planning parameters for orthomosaics, oblique imagery, and corridor surveys
• Terrain, obstacles, electromagnetic interference, and communications coverage assessment
• Field team roles: remote pilot, visual observer, payload operator, safety lead
• Daily sortie plan including briefing, launch, recovery, and contingency windows

Participants can specify suitable aircraft, payloads and accuracy controls for defined humanitarian tasks.

• Multirotor and fixed-wing selection against endurance, payload, terrain, and launch constraints
• RGB, thermal, multispectral, and LiDAR payloads matched to information requirements
• Ground control points, RTK, PPK, and positional-accuracy verification
• Sensor calibration, radiometric considerations, and metadata capture requirements
• Payload limitations caused by smoke, cloud, canopy, shadows, and dust
• Equipment configuration records supporting repeatable missions and fault diagnosis

Participants can evaluate drone-derived maps and imagery before they inform humanitarian decisions.

• Image quality checks for blur, exposure, overlap, geotags, and gaps
• Photogrammetry workflow: alignment, dense cloud, orthomosaic, DSM, and quality assurance
• Accuracy assessment using checkpoints, RMSE, and documented confidence statements
• GIS analysis combining drone outputs with population, infrastructure, and hazard layers
• Change-detection methods for flood extent, shelter damage, and access routes
• Map products tailored to operational decisions, scale, symbols, and update cycles

Participants can protect sensitive aerial data throughout collection, storage, use and sharing.

• Data responsibility principles: necessity, proportionality, retention, and controlled access
• Personal data and sensitive-location risks within aerial imagery collections
• Data protection impact assessment for identifiable people, homes, and movements
• Metadata stripping, redaction, encryption, and role-based access controls
• Data-sharing agreements specifying purpose, recipients, safeguards, and deletion dates
• Community feedback channels for imagery concerns, complaints, and remedy

Participants can establish documented field systems for internally managed or contracted drone operations.

• Flight operations manual structure, standard operating procedures, and document control
• Pre-flight, launch, recovery, and post-flight checklists for field teams
• Maintenance schedules, battery-cycle logs, firmware control, and serviceability status
• Vendor due diligence covering pilot competence, insurance, safeguarding, and data terms
• Equipment inventory, spares planning, transport cases, and chain-of-custody records
• Cost model separating capital purchases, consumables, staff time, and contracted services

Participants can coordinate drone operations with authorities, partners and communities while managing security risks.

• Information-management coordination with clusters, emergency operations centres, and government counterparts
• Request prioritisation based on life safety, operational decisions, and data availability
• Security risk management for theft, hostility, misinformation, and armed actors
• Community engagement messages explaining purpose, flight timing, and complaint routes
• Media protocols preventing harmful imagery release and misleading humanitarian claims
• Coordination matrix identifying authorities, partners, data users, and escalation points

Participants can assess organisational readiness and produce a practical plan for drone service improvement.

• Mission brief template translating decision needs into measurable flight requirements
• End-to-end humanitarian drone service blueprint from demand through archival
• Readiness assessment covering people, approvals, equipment, data, and financing
• Key performance indicators for safety, timeliness, quality, utilisation, and uptake
• After-action review using observations, root causes, actions, owners, and deadlines
• 90-day implementation plan with milestones, responsibilities, budget, and review points