Commercially Available Technologies for Demining Drones: Usage, Components, Suppliers, and Cost-Benefit Analysis
Designed to learn how drones, sensors, geospatial tools, and other technologies support humanitarian demining. Explore UAV platforms, data processing, and tech-driven solutions applied for this purpose.
Provided by: Henniger Winkelmann Consulting LLC (HWC LLC)
Course Description
Commercially Available Technologies for Demining Drones: Usage, Components, Suppliers, and Cost-Benefit Analysis
This course introduces commercially available drone technologies and their practical application in humanitarian demining. Developed by Döring Engineering Buro GmbH (Germany) witn a support from HWC LLC (Ukraine) , the training responds to growing demand in post-war recovery for effective, civilian-use UAV (Unmanned Aerial Vehicle) systems. It prepares learners to understand and apply sensor technologies, geospatial tools, and integration methods to real-world mine action efforts.
The course is intended for professionals already involved in demining, including those from NGOs, start-ups, charitable foundations, and volunteer groups, as well as anyone interested in the humanitarian use of drones. No prior UAV experience is required—only a motivation to apply technology for public good.
By completing the course, learners will be able to:
• Understand UAV systems, sensor types (GPR, LiDAR, thermal), and geospatial tools
• Compare available platforms and assess their suitability for mine detection
• Apply GIS and photogrammetry for mapping and analysis of contaminated areas
• Interpret sensor and AI outputs to support field decisions
• Evaluate supplier offerings and procurement options
• Analyze cost-effectiveness using basic TCO and CBA models
• Propose scalable, locally relevant UAV integration strategies
The course includes eight modules and a practical component:
1. UAVs in Humanitarian Demining
2. UAV Types and Mission Roles
3. Sensors for Explosive Detection
4. Data Processing and Mapping
5. Technology Suppliers and Integration
6. Feasibility and Cost-Benefit Analysis
7. Operational Deployment and Standards
8. Future Trends and R&D Practice Gaps
Approximately 80 hours of learning include live instruction, preparatory reading, self-study, field exercises, and case-based assignments. The course is delivered in Ukrainian, English, or German, and offered in both intensive (2-week) or modular (4–6 week) formats. A hybrid model is available through a growing network of partner institutions. Individual enrollment is also possible via HWC LLC.
Certification is granted upon completion. The program aims to train over 300 participants by 2025.
Course details
Venue
Multiple venues
Deep tech fields
Aerospace | Automotive & Remote Sensing
Country
Ukraine, Germany
Course language
English, Ukrainian, German
Course certification
no
Fee
Course fee
Duration (hours)
80
Certificate provided
Yes
Skills addressed
Key Skills (ESCO-aligned):
Operate unmanned aerial vehicles (UAVs)
Conduct geospatial analysis
Interpret remote sensing and sensor data
Apply ICT tools in field operations
Perform cost-benefit analysis
Assess feasibility and scalability of technologies
Perform risk assessment in hazardous environments
Use GIS (Geographic Information Systems) software
Communicate technical information effectively
Follow safety protocols in mine-affected areas
Deliver vocational training (for future trainers)
Design training content and materials (for future trainers)
Course format
Hybrid
Target group
Undergraduate-level learners, Postgraduate-level learners, Professional development learners, Life-long learners
Quality check
Approved
Dates
Current no dates scheduled
Course provider
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