Overview
This Master’s specialisation in Geomatics sits at the intersection of engineering and the geosciences and is firmly grounded in mathematics and physics. It also draws on computer science, environmental science, law and social sciences to address practical and research questions such as geodetic and engineering monitoring of structures, acquisition and use of environmental information, guidance of machines and vehicles, remote sensing, and investigation of the Earth system. Geodata produced with modern measurement technologies are widely used in regional planning, location‑based mobile services, navigation systems and many other applications.
The programme builds on the knowledge you gain in a relevant Bachelor’s degree and lets you study specific subject areas at an advanced level. Emphasis is placed on current research topics and on applying methods through selected project work, so students gain both theoretical depth and hands‑on experience. Besides the Geomatics track, the master’s programme also offers a Navigation and Field Robotics specialisation (teaching is mostly in English but includes mandatory German components). A third track, Remote Sensing and GIS, is planned to start in the winter semester 2025/26. Note that you must select your chosen specialisation when you begin the application process.
For international applicants
This is an international‑language (English) programme that benefits students with strong quantitative skills and an aptitude for interdisciplinary work. Expect a mix of classroom learning, project‑based modules and exposure to current research, which prepares you for roles in industry, public agencies and research institutions. Check the official programme page for specific admission, credit and language requirements, and plan for any required German language components if you choose the Navigation and Field Robotics track.
Requirements (summary)
This Master’s pathway in Geomatics combines theory and practice to prepare you for technical and research roles in surveying, mapping and spatial information. Teaching balances research-driven concepts with hands-on projects and seminars so you develop both specialist technical knowledge and transferable skills such as teamwork, problem-focused decision making and independent research. Graduates are qualified to work in industry, public agencies or research institutions across a broad spectrum of geospatial professions.
The programme begins by consolidating fundamentals during the first two semesters, covering six core areas: engineering geodesy, physical geodesy, positioning and navigation, photogrammetry and remote sensing, geographic information systems (GIS), and land and real estate management. These compulsory modules form the shared foundation on which you can then deepen expertise in one or more specialist areas. Note that the curriculum is designed so that you always retain elements of both Geodesy and Geoinformatics — one of those subject areas cannot be completely dropped.
Practical training is reinforced through two project seminars where small teams tackle complex, research-oriented tasks, simulating real-world development or research projects. You also have the freedom to take an elective from across the university to broaden your perspective. The programme culminates with an independent Master’s thesis that demonstrates your ability to carry out research and development work in industry or academic settings.
Key modules
Learning outcomes
Programme requirements (curriculum components)
This programme expects incoming students to already hold a relevant undergraduate degree and to possess several core technical skills. Applicants should have a Bachelor's degree (or equivalent) in Geodesy and Geoinformatics or a closely related field, and be familiar with mathematical and geodetic fundamentals as well as basic geospatial technologies. Programming ability is explicitly required.
Before final admission, applicants may be invited to a short online interview with programme lecturers. The interview (about 20 minutes) is used to assess whether you can successfully complete the master’s curriculum and whether you will need preparatory coursework. If gaps are identified in required basic competences, admission can be made conditional on successfully completing specified additional courses; completing those courses may extend the time needed to earn the degree beyond the standard two-year duration. For full application details and process steps, consult the programme website below.
Admission requirements (key points)
More information on the application process is available at: http://go.lu-h.de/gug-future-students.
Winter Semester (International)
31 May 2026
Summer Semester (International)
30 November 2026
Winter Semester (EU/EEA)
15 July 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates are prepared for technical and research roles that require advanced spatial-data, measurement and geodetic expertise. Typical employers include surveying and engineering firms, mapping and GIS companies, remote sensing organisations, navigation and autonomous systems developers, public agencies (land management, cadastral authorities), and research institutes. Common job titles include geospatial engineer, surveyor, GIS analyst, remote sensing specialist, and R&D engineer.
The combination of practical project work and theoretical depth also positions graduates for doctoral studies or specialist roles in international companies that develop location-based services, machine guidance systems, and advanced monitoring applications. Internship opportunities and faculty-industry links support a smooth transition into the labour market.