Program overview
This Master’s degree provides in-depth, practice-oriented training in photogrammetry using modern digital workstations and advanced analytical systems. Teaching centers on the complete aerial-image processing chain—scanning, automated aerotriangulation, creation of digital elevation models, orthoimage production, and both topographic and thematic mapping. Students also gain hands-on experience with increasingly important alternative data sources, including high-resolution remote sensing satellites, radar, and airborne laser scanning.
The geoinformatics component covers the capture, storage, analysis, retrieval and visualization of spatial data relating to natural features and the built environment. Core coursework and intensive practical exercises address data modelling in GIS, database design and management, GIS data formats, and GIS customization and programming. Exposure to contemporary topics such as web technologies, 3D visualization, and the integration of GIS with photogrammetry equips graduates to work with evolving geospatial workflows and technologies.
Quality and international outlook
The programme is accredited by ASIIN e.V. and was evaluated with a “Premium Seal” in a DAAD report (2009). It has established a strong international reputation and attracts students from around the world, reflecting its practical focus and up-to-date curriculum.
Key facts and requirements
Note: For specific admission criteria, application documents, language proficiency levels and deadlines, consult the university’s official programme webpages.
The master’s curriculum is delivered over three semesters. The first two are intensive teaching periods made up of lectures and hands-on exercises; each of those semesters is organized into four core modules that cover the main technical subjects as well as complementary soft skills such as presentation techniques and project management. Optional tutorials are available to help students from varied academic backgrounds catch up where needed. Each semester concludes with a two-week examination period.
Between the first and second semesters students take part in two separate, two-week practical training blocks that focus specifically on GIS and photogrammetry. The third semester is devoted to a full-time research project that forms the main component of the tenth module: this work leads directly into the Master’s thesis and is supported by an accompanying research seminar. Admitted students can also opt into an online preparation course to refresh essential fundamentals before the program begins.
Learning outcomes you can expect by graduation:
This master’s is intended for applicants who already hold a bachelor’s-level degree (or equivalent) in a geodata-related discipline such as Civil Engineering, Geodesy, Geography, Agriculture, Forestry, or a closely related professional degree. International applicants should ensure their prior qualification is recognized as equivalent to a BSc by the university’s admission office.
Strong quantitative and technical skills are essential: you should have a solid grounding in mathematics and comfortable, practical computer skills (for example: programming, data processing, GIS/remote-sensing tools or equivalent). These competencies will be important for coursework and project work throughout the program. If you have relevant professional experience, it can strengthen your application and readiness for applied parts of the curriculum.
Two years of competent professional experience in a related area is recommended and will be viewed positively, but it is not stated as a strict requirement. Be prepared to document your academic background, technical coursework or certifications, and any work experience (CV, transcripts, references) to demonstrate fit for the programme.
Winter Semester (International)
15 April 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for technical and specialist roles in surveying, mapping, remote-sensing and geospatial information management. Typical positions include photogrammetrist, GIS analyst/developer, remote sensing analyst, mapping or surveying engineer, and geospatial data specialist in sectors such as surveying agencies, engineering and environmental consultancies, satellite and UAV companies, and public authorities.
The programme's combination of practical photogrammetry, GIS programming and data management also provides a strong foundation for roles in international development projects and research; some graduates go on to doctoral studies or R&D positions that require advanced geospatial analysis skills.