TU Graz/ Studying and Teaching/ Degree and Certificate Programmes/

Master's Degree Programme in Geospatial Technologies

In the Master's degree programme in Geospatial Technologies, you can keep track of what is going on in the world. You collect, analyse, visualise and disseminate geo-data and information for various areas, ranging from navigation to environmental monitoring and on to spatial planning. To do so, you combine geographical and geodesic methods with modern IT applications. During your studies, you will use state-of-the-art laboratory facilities, receive personal support from enthusiastic teaching staff and participate in current research projects.

View of the Earth from space.

Quick Facts

  • Duration of study: 4 semesters
  • ECTS credit points: 120
  • Academic degree: Master of Science (MSc)
  • Language of instruction: German

The Master's Programme

Today, with just a single mouse click, we can get a picture of almost any place in the world. In the Master's degree programme in Geospatial Technologies, you learn how to use technologies to collect, evaluate and transform geoinformation into images. You will combine geographical and geodesic methods with current information technologies.

In the Master's degree programme in Geospatial Technologies, you will acquire the following knowledge and skills:

  • You will learn how to collect, analyse and present spatial information.
  • You will deepen your knowledge in the areas of geoinformatics, remote sensing, cartography, navigation and location-based services.
  • You will record, model and analyse processes that occur the Earth's surface, e.g. the development of cities and metropolitan areas.
  • You will consider the Earth's surface as a system composed of many different subsystems (e.g. biosphere and hydrosphere). 
  • You will answer environmentally relevant questions and solve problems, identify environmental changes and make forecasts for the future. 
  • You will learn how navigation and positioning systems function and how to apply them.
  • You will acquire knowledge in the subjects of data acquisition, data management, data processing and data refinement.
  • You will develop methods, algorithms and software to perform the computer-aided analysis of geodata.
  • You will collect, manage and process geodata for data services, e.g. for applications such as Google Earth or vehicle navigation systems.
  • You will learn to think of the world as a series of networks and apply geospatial technologies to other branches of science.
  • You will work on current research projects to ensure that your training is up to date.

Curriculum (in German)

Semester plan

     

Focus Areas

During your studies, you will complete five compulsory modules and a mandatory internship. You will also deepen your knowledge in three elective modules. The degree programme has an international orientation, and many courses are held in English. 

The compulsory modules are:

  • Geodesy (including geomathematics and computer science) or geography
  • Data acquisition: This involves the evaluation, integration and utilization of spatial data from different sources, e.g. commercial data & open data.
  • Analysis techniques in geographic information systems (GIS) and remote sensing
  • Remote sensing applications, including navigation systems and location-based services
  • Visualization of geodata with a special consideration of new media and methods

The three elective modules are:

  • Geographic Information Systems (GIS) and Data Modelling - including modelling and monitoring in the areas of climatology and hydrology
  • Remote Sensing and Measurement Systems - including mobile mapping, image measurement and terrestrial laser scanning
  • Advanced Software – involving in-depth computer science

As part of your master’s thesis work, you will solve a problem in the area of geoinformation, remote sensing, or navigation.

Rudolf-Martin Gradinger
Rudolf-Martin Gradinger, Master's degree student in Geospatial Technologies

In my Bachelor's degree in Geography I discovered my passion for geographic technologies. That's how I got to the Master's programme in Geospatial Technologies. I recommend this degree programme to everyone who is interested in human or natural driven processes on earth or in the near earth space monitored by satellites. By combining natural sciences with technology, there is something for everyone.
 

Read more in the Face to face interview

Geospatial Technologies in Practice

Geoinformation, which relies on modern data technologies, plays a role in our everyday lives and not only when we use Google Maps to plan the best route.

Digital geoinformation shapes the world we live in. Those responsible for making political and business decisions depend heavily on reliable geodata in order to make careful use of our land.

Geoinformation data enables us to track forest growth and can give us early warnings of landslides and rockfalls. These data help us monitor the Arctic ice sheets as well as the global distribution of CO2 emissions. And they tell farmers when irrigation systems need to be activated.

However, the current geospatial data also provide critical information regarding where best to build shelters during large migration movements to ensure safe housing for refugees.

Evelyn Papst, Source: Kohlhauser
Evelyn Papst, master's degree student in Geospatial Technologies

I have already been able to apply the various technologies and software applications that I have learnt in the exercises and projects in a traineeship in the field of remote sensing – environmental monitoring. During the traineeship, I encountered a topic for my master’s thesis. I like the fact that the study programme is very practice‑oriented, while preparing you for the labour market

Admission

1. Admission Procedure

Graduates of the Bachelor's Degree Programme in Geodesy at TU Graz are admitted without having to fulfil further requirements. Admission without conditions is also possible for graduates of the following degree programmes:

  • Geography, University of Graz 
  • Environmental Systems Science - Geography, University of Graz 
  • Geodesy and Geoinformation, TU Vienna
  • Geomatics and Planning, ETH Zurich
  • Geodesy and Geoinformation, University of Bonn
  • Geodesy and Geoinformation, TU Darmstadt
  • Geodesy and Geoinformation, TU Dresden
  • Geomatics, HafenCity University Hamburg
  • Geodesy and Geoinformatics, Leibniz University Hanover
  • Geodesy and Geoinformatics, KIT Karlsruhe
  • Geodesy and Geoinformation, TU Munich
  • Geodesy & Geoinformatics, University of Stuttgart
  • Geography, University of Vienna
  • Geography, University of Innsbruck
  • Geography, University of Salzburg
  • Geography, University of Klagenfurt 

Graduates of other bachelor's degree programmes can obtain information and apply for admission by contacting studynoSpam@tugraz.at.

2. Admission

Information and Advice

Contact studynoSpam@tugraz.at

Career Prospects

Professional Fields

In our complex world, we have to be able to make informed decisions. As a graduate of the Master's degree programme in Geospatial Technologies, you will ensure that the required data is available and has the appropriate scientific quality. You will develop algorithms and software that are used to digitally process remote sensing and photogrammetry data as well as algorithms and software used in navigation systems for land, water and air applications. You will apply modern IT tools to analyse man-made changes that are occurring on Earth and develop geoinformation applications for climate research, spatial planning, environmental monitoring, mountain research, geomorphology, ecology and cartography.

Graduates of the programme:

  • work in multidisciplinary teams in companies, for public authorities and in planning offices and process geodata.
  • develop geographical information systems and computer-aided remote sensing tools and apply them, e.g. in national and international software companies.
  • use GIS and remote sensing tools to collect geodata and to analyse complex spatial relationships.
  • identify geotechnological problems and develop solutions that are used to make planning and political decisions.
  • conduct research and teach at universities and non-university research institutions.