Study finder

This programme takes an application-oriented approach to collecting, processing, analyzing and visualizing spatial data. Graduates are at the forefront of one of today’s fastest growing industries.

The Master’s programme Spatial Engineering prepares you to address major multi-level spatial problems with a combination of technical and socio-economic knowledge.

Learn the basics of acquisition and exploration of geospatial data.

Develop technologies required for analyzing, distributing and visualizing geo-spatial data.

In this course, you will be introduced to advanced image analysis methods enabling to further enrich your geoinformation problem solving abilities.

Learn how to conduct a quantitative multi-hazard risk assessment, how risk components can be obtained, and how risk information can be used in risk reduction planning.

Learn how to conduct a quantitative multi-hazard risk assessment, how risk components can be obtained, and how risk information can be used in risk reduction planning.

In this course, we present methods and techniques that can be used to build solutions that operate with massive and potentially heterogeneous amounts of spatio-temporal data.

Cartography is an Erasmus Mundus Master of Science programme of four universities in München, Wien, Dresden and Enschede. It focusses on a broad education in cartography and geoinformatics.

GIS and Earth Observation are scientific disciplines that develop methods to extract information about the earth surface and use this information for solving real-world problems.

GIS and Earth Observation are scientific disciplines that develop methods to extract information about the earth surface. The focus of the course will be mainly on solving problems.

Learn the latest and advanced techniques to spatially assess and monitor water resources from global to local scales.

Learn how to formulate, model and assess management scenarios to improve decision-making related to a (semi-arid) rangeland management plan.

Learn the theoretical and practical aspects of ecosystem services to describe role of nature for human well-being, through geo-information approaches.

Learn to apply geo-information science and earth observation in your field of interest, analyse problems and apply new methods and techniques, and manage (multi)disciplinary scientific teams.

Geographical information science (GIS) & Earth Observation are scientific disciplines that develop methods to extract information about the earth surface & use this for solving real-world problems.

A high quality Master’s through e-learning with focus on Geographic Information Systems and Earth Observation for environmental modeling and natural resource management.

This Master’s programme aims to educate students and professionals to become all-round managers and/or researchers in the field of geo-information.

This course seamlessly blends cartographic fundamentals with the developments in modern geo-visualization techniques.

This course will cover aspects of geovisual analytics, working with applications related to time series of movement data of people, animals, and goods.

This course provides the basic theoretical knowledge and hands-on experience required to perceive the synergy within this multidisciplinary production environment.

Designing and prototyping Land Information Systems (LIS), applying modelling tools for software development and data-modelling and assessing concepts and technologies for scalable real-world LIS.

The course explains how to conduct a risk assessment using spatial information on hazards, elements at risk and vulnerability with the aid of GIS and remote sensing.

Measure the dynamics of urban development and develop a spatial understanding of sustainability, inclusiveness and competition in urban planning, using GIS-based skills and statistical methods.

An overview is given of System Earth with its various cycles, the basics and application of GIS and earth observation methods.The course is relevant for professionals who deal with geospatial data.

This course provides an overview of System Earth and its cycles, with emphasis on basics of GIS, spatial analysis, and methods for processing satellite imagery for earth observation.

This course introduces you to databases and data manipulation. The course focuses on thematic (also known as attribute) databases, the relational data model, and queries in the query language SQL.

This course is about the retrieval of quantitative information on vegetation.

This course provides an overview of technology and applications related to radar remote sensing. Specifically, Synthetic Aperture Radar (SAR) and advanced methods building on SAR are considered.

Provides technical competencies to extract elevation models, urban constructions, legal boundaries, for application in domains like cadastral land management and modelling of food security and water.

Develop and understanding of responsible land administration based on systems of securing land rights, such as land registration and cadaster, in the broader context of land policy and land management

GIS systems have no instant solution to each geospatial problem. The ability to construct custom solutions through coding and programming is an essential attribute of the Geoinformatics specialist.

This course introduces you to techniques for selecting and processing data to generate meaningful and timely information to support the better management of resources.

This course focuses on the concepts of natural resources management. It provides training in systems analysis to develop knowledge about how natural systems are influenced by human activities.

In this course the advanced image-based modelling (IBM) techniques and, in general, the 3D geo-information processing will be explained, with focus on the use of data acquired by UAVs.

In this course the 2D and 3D scene analysis will be explained, with focus on the use of data acquired by UAVs.