Surveying Technology Workshop

Concept and Philosophy

In line with our educational and development philosophy, this workshop integrates the fields of classical geodesy, GNSS technology, photogrammetry, laser scanning, GIS analysis, cadastral management, as well as project and data management into a highly practice-oriented overall concept.

The training follows the complete value chain of surveying—from initial field data acquisition and point measurement, through data processing and 3D modeling, to cadastral updating, infrastructure planning, and sustainable data management.

Participants acquire a coherent, hands-on competency profile that enables them to work as qualified professionals in surveying projects or—at the appropriate level of motivation—to establish, optimize, or manage their own surveying services, advisory structures, and maintenance systems.

Practical learning along the entire surveying process

With the fully equipped surveying workshop, participants gain hands-on experience in all technical and operational steps of surveying:

• Terrain analysis and point determination – Suitability of different methods for optimal accuracy

• Understanding the measurement process – Terrestrial, satellite-based, and airborne techniques

• Instrument management – Calibration, alignment, data acquisition

• GNSS and correction services – Real-time positioning, RTK optimization

• Data production and processing – Point clouds, orthophotos, 3D models

• GIS analysis and map creation – Spatial analyses, thematic maps

• Cadastral management – Boundary surveying, property data, updates

• Operational safety and maintenance – Equipment protection, calibration, field logistics

• Quality control and data validation – Accuracy checks, error diagnosis

• Initial field campaign and stabilization – Setup, calibration, data integration

Educational content

Importance of Surveying for Sustainable Development

Surveying forms one of the few foundational disciplines for sustainable infrastructure that is available decentrally, independent of resources and seasons. It enables:

• Decentralized infrastructure development – Planning of roads, cities, and mining operations directly on site

• Resource efficiency – Utilization of terrain data for optimal land use or mining

• Circular economy – Data updating for sustainable resource management

• Economic stability – Additional income for operators, regional value creation

• Climate protection – Precise mapping for environmental conservation and CO₂-neutral planning

Equipment & Learning Environment

The training system is based on a fully equipped surveying workshop, consisting of:

• Total station and GNSS receiver with RTK functionality

• Drones equipped with photogrammetry and LiDAR sensors

• Laser scanners (terrestrial and mobile) for 3D point clouds

• GIS software and data processing tools (e.g., ArcGIS, QGIS)

• Laboratory equipment for data analysis and validation

• Measuring instruments for angles, distances, heights, and inclinations

• Consumables and accessories for multiple field cycles

• Documentation and monitoring systems

The equipment is designed for groups of approximately 18–24 participants, with parallel work in teams (e.g., field measurement team, data processing team, GIS analysis team, cadastral team, documentation team).

Complete technical & practical Curriculum with predefined exercises and Structured Teaching & Practical Training Programme.

Competency Framework – Program Structure by Modules

The training is structured into 10 progressively building modules:

• Module 1 – Fundamentals of Surveying (GV): Mathematics, coordinate systems, basic instruments, terrestrial measurement

• Module 2 – GNSS and Satellite Technology (GS): GPS, GLONASS, RTK, base stations, position determination

• Module 3 – Tachymetry and Total Stations (TT): Use of total stations, 3D point acquisition, robotic systems

• Module 4 – Photogrammetry and Drones (PD): Aerial imagery, orthophotos, drone surveying, software

• Module 5 – Laser Scanning and LiDAR (LL): Terrestrial and airborne scanners, point cloud processing

• Module 6 – GIS and Geoinformatics (GI): Data analysis, map creation, web mapping, programming

• Module 7 – Cadastral Management and Law (KR): Boundary surveying, cadastral software, legal foundations

• Module 8 – Project Management and Quality (PQ): Planning, budgeting, quality control, teamwork

• Module 9 – Field Practicum and Safety (FS): Logistics, safety, real-world projects in the field

• Module 10 – Final Project: Integrated application, certification, career planning

Conclusion

This workshop combines surveying technology, geodesy, education, and development impact into an integrated overall concept.

It empowers people on the ground to plan, survey, and optimize sustainable infrastructure themselves.

DMH - Education that creates opportunities—for today, tomorrow, and your future.

Contact us for a customized offer—including turnkey solution, layout planning, and financing options!