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This Master’s teaches you to tackle some of mankind’s greatest challenges such as climate change, food and water security, land scarcity, and natural disasters by using geo-information data.

Natural disasters, poverty, food shortage, epidemics, climate change: learn to tackle society’s greatest and most complex challenges with the use of spatial data.

This one-of-a-kind, multidisciplinary, English-taught programme integrates social and technical perspectives in a new approach that educates tomorrow’s engineers at Honours level.

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

This 12-week course focuses on solving problems within a specific application field.

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.

This course focuses on the use of online and programming tools available for cloud-based image processing towards products that can be used in applications relevant to flood and drought assessments.

Geohealth integrates spatial analysis methods and concepts with epidemiology to provide students with skills to address a variety of health and disease analyses.

Geohealth integrates spatial analysis methods and concepts with epidemiology to provide students with skills to address a variety of health and disease analyses.

The coursework emphasizes on concepts and processes that are used for the production, storage, analysis, visualisation and dissemination of spatial data and geo-information.

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.

GEM is a prestigious, integrated, international study programme, jointly delivered by an international consortium of four European higher education institutions.

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

Get familiarized with current state-of-art opportunities offered by open source tools, especially ILWISPy, using both Earth Observation (EO) images and derived products.

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.

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.

This course introduces Geo-Information Science and Remote Sensing in a context of geospatial problem-solving.

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.

Participants are initiated in satellite & GIS of the “hydro-informatics” science needed to participate in the modern understanding of the complex spatiotemporal synergy between landscape and water.

This course will increase your knowledge and technical skills in using Earth Observation data to derive water quality indicators and assess their accuracy.

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 will explain the physical principles governing the (urban) climate and climate change, and offer a set of methods and techniques for its analysis and monitoring.