Studyfinder

Contribute to solving some of the world's most pressing challenges by mastering the acquisition, analysis, and processing of geo-information data.

Natural disasters, poverty, food shortages, epidemics, and climate change: learn to tackle society’s greatest and complex challenges using spatial data and technical and socio-economic knowledge.

Join this intensive 1 week course to build your own ABM, analyze your specific case with experts, practice advanced techniques, and plan the next steps for your own fully functional model.

Master precision UAV flight planning for agriculture. Learn to optimize flight missions over complex terrain and capture quality data that transforms farming decisions.

Spatial context is relevant to challenges in all kinds of fields. In this joint degree, you will deepen your knowledge of cartography and geovisualisation at four different universities.

Explore drone data ethics from design to impact. Learn to identify ethics concerns, consider stakeholders, apply ethics-by-design, and critique projects to make responsible decisions.

Master essential earth observation concepts for marine and terrestrial ecosystem conservation with the experts from PEOPLE-ECCO.

Learn how to acquire reliable uav data and efficiently process them to extract useful information for precision agriculture or/ rural surface water control or for ai-based scene understanding.

Use public data repositories and cloud services for hydrological analysis, focusing on retrieval of Sentinel-2 images, elevation and soil information, and precipitation time series.

This online course introduces both qualitative and quantitative research methods in Social Science. It is ideal for beginners, it helps you develop a foundational understanding of research principles.

Learn to navigate the expanding world of geological remote sensing data. Discover which free datasets best suit your earth science applications and evaluate data readiness for your projects.

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

Unlock Global Solutions with a Postgraduate Diploma in Geo-information Science and Earth Observation

Learn how geospatial information transforms public fund auditing. Discover ways for assessing government spending effectiveness using location data, maps, and GIS tools to enhance accountability.

Learn how to use advanced geospatial data and modern technology to find solutions to challenges in urban planning, agriculture, and natural ecosystems.

Want to study geo-information management in a flexible programme? In this joint degree by four Dutch top universities, you will use spatial data and analysis to solve real-world challenges.

Learn to use remote sensing technology as an indispensable tool in exploration and mining.

The Geospatial for Planetary Health course introduces the user to how geographic information and geospatial technologies can be used for tackling the diverse planetary health challenges.

Explore ethical and social issues in geodata technologies. Learn how you can raise critical questions throughout the geotechnology lifecycle to address and potentially mitigate those issues.

Learn how to design a web application for geospatial data, using programming languages, and how to build and query a spatial database.

Gain a holistic understanding of key decision-making factors influencing disaster resilience of housing and settlements with academic and humanitarian sector experts.

Do you want to tackle complex humanitarian crises worldwide? This Master’s helps you develop sustainable, socio-technological solutions to challenges faced by underserved and marginalised communities.

Join this self-paced 1 week course to grasp complex concepts, craft ABMS with geospatial data, and code in NetLogo.

Learn to forecast evapotranspiration from weather data through time series analysis, optimize and implement irrigation timing on open-source devices for better precision agricultural decision-making.

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.

Provides latest knowledge and technologies in photogrammetry and 3D mapping, enabling you to extract and produce accurate 3D topographic data.

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.

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

Learn advanced UAV photogrammetry through hands-on Python/MATLAB implementation while mastering camera pose estimation, triangulation, and bundle adjustment in a complete SfM pipeline.

Are you interested in UAVs and their use in modern precision agriculture? Then this course is just right for you!