Modules

10 results

Specialization10

Advanced Earth System Modeling and Continental HydrologyNo ratings for this module yet.Earth System Science from SpaceYou will learn how Earth cover components and their interactions are represented and coupled in modern Earth system models. You will also learn how satellite hydrogeodesy (in particular radar altimetry and other space-based techniques) is used to observe continental water bodies and to calibrate hydrological models. In the end you will be able to critically evaluate models and observations and derive water levels, sea volumes and discharge from altimetry data.5 ECTSruns this semesterED110153Atmosphäre und OzeanNo ratings for this module yet.Earth System Science from SpaceYou will learn the fundamentals of atmospheric and ocean physics as well as methods for remote sensing of these system components from space. After completion you can understand atmospheric composition, dynamics and climate aspects as well as physical properties of the ocean and apply altimetric satellite observations to oceanographic questions.5 ECTSruns this semesterBGU45038Fernerkundung - Vertiefte MethodenNo ratings for this module yet.Remote SensingYou will learn advanced remote sensing methods, in particular interferometric SAR techniques, atmospheric remote sensing, and hyperspectral techniques. In the end you will be able to apply these methods, assess their suitability for practical questions, and independently work on and present a research topic.5 ECTSruns this semesterBGU69002Geoinformation (ESPACE)No ratings for this module yet.Remote SensingYou learn the basics of geoinformation: data representation of space and time, spatial analyses, and cartographic visualization. In the end you will be able to edit, analyze, design maps, and assess quality as well as appropriate data structures in desktop GIS (e.g., ArcGIS Pro, QGIS).5 ECTSruns this semesterBGU30062Geokinematik und kontinentale HydrologieNo ratings for this module yet.Earth System Science from SpaceYou learn the basics of modern terrestrial reference systems (ITRS/ITRF), their realizations and current problems as well as methods with which space data are used to observe continental hydrology. At the end you will be able to classify reference frames, assess geodetic observations, and apply satellite altimetry to estimate sea volumes and river discharge.5 ECTSruns this semesterBGU57019
5 more in SpecializationPraktikum NavigationNo ratings for this module yet.NavigationYou will work on practical laboratory tasks around GNSS/GPS: mapping, receiver properties, multipath and ionosphere analysis, software-based correlation and space-based GPS tracking. In the end you will be able to operate GNSS hardware, analyze measurement data and document and discuss results professionally.5 ECTSruns this semesterBGU61032Precise GNSS and Inertial NavigationNo ratings for this module yet.NavigationIn this module you will learn the theory and practice of precise GNSS positioning and inertial navigation. You will deal with sensors (GNSS and inertial sensors), the underlying models, as well as strategies for integrating both systems and you will apply this knowledge practically, e.g. with Matlab and professional GNSS software.5 ECTSruns this semesterED110149PSC - Photogrammetrie - Ausgewählte KapitelNo ratings for this module yet.Remote SensingYou engage with selected current topics in photogrammetry and remote sensing. At the end you will understand and apply methods for the extraction and analysis of objects (e.g., buildings, roads, vehicles, vegetation, glaciers) from different sensor data (aerial imagery, satellite imagery, LiDAR, SAR, IR) and evaluate their usage possibilities.5 ECTSruns this semesterBGU48035Space-based Gravity and Magnetic Field MonitoringNo ratings for this module yet.Earth System Science from SpaceYou will learn the fundamentals of potential field theory as well as the mathematical description of the Earth's gravity and magnetic field. You will also gain insights into the concepts, objectives and satellite designs of important missions for gravity and magnetic field measurement (e.g. CHAMP, GRACE, GOCE, ØRSTE D, SAC-C, SWARM) and you will be able to transfer measurements into modelling, interpretation and monitoring of the Earth system.5 ECTSruns this semesterED110152Vertiefte Aspekte der NavigationstechnologieNo ratings for this module yet.NavigationYou gain an in-depth insight into navigation technology: from GNSS signals and receiver technology to concrete fields of application. In the end you will be able to explain the fundamentals of GNSS signals and the operation of receivers, trace the emergence of position solutions, and assess typical GNSS applications.5 ECTSruns this semesterBGU61031