Course Contents
Data acquisition and basics of spatial reference
Geodetic coordinate systems (position and height), measurement systems, units and projections
Geodetic position and height calculations: 1st to 3rd main geodetic task, area and volume calculations
Data quality (analysis of the calculation chain with variance propagation)
Metrology: Geometric levelling, trigonometric height transfer, recording and surveying of spatial objects with modern measuring methods: tachymetry, GPS, laser scanning
Introduction to photogrammetry and remote sensing, drone based surveying
Evaluation, analysis and presentation of spatial data with geographic information systems (GIS)
Basics of GIS: definition, properties, structure, applications, types and areas of use
Properties and characteristics of spatial data: Geometric, topological; vector & raster, basic geodata (ATKIS, ALKIS, TK, DTK etc.)
Data acquisition with and for GIS: primary and secondary acquisition methods
Data management and introduction to geo-databases (Geo-DB)
Analysis of spatial data in a GIS: spatial and attributive analysesPresentation and representation of (geo)data in a GIS
Literature
Schlemmer: Vermessungskunde für Bauingenieure (Lecture notes)
Witte/Sparla/Blankenbach: Vermessungskunde und Grundlagen der Statistik für das Bauwesen
Online Offerings
Moodle
Data acquisition and basics of spatial reference
Geodetic coordinate systems (position and height), measurement systems, units and projections
Geodetic position and height calculations: 1st to 3rd main geodetic task, area and volume calculations
Data quality (analysis of the calculation chain with variance propagation)
Metrology: Geometric levelling, trigonometric height transfer, recording and surveying of spatial objects with modern measuring methods: tachymetry, GPS, laser scanning
Introduction to photogrammetry and remote sensing, drone based surveying
Evaluation, analysis and presentation of spatial data with geographic information systems (GIS)
Basics of GIS: definition, properties, structure, applications, types and areas of use
Properties and characteristics of spatial data: Geometric, topological; vector & raster, basic geodata (ATKIS, ALKIS, TK, DTK etc.)
Data acquisition with and for GIS: primary and secondary acquisition methods
Data management and introduction to geo-databases (Geo-DB)
Analysis of spatial data in a GIS: spatial and attributive analysesPresentation and representation of (geo)data in a GIS
Literature
Schlemmer: Vermessungskunde für Bauingenieure (Lecture notes)
Witte/Sparla/Blankenbach: Vermessungskunde und Grundlagen der Statistik für das Bauwesen
Online Offerings
Moodle
- Lehrende: Andreas Eichhorn
- Lehrende: Falk-Milo Hirsch
Semester: WT 2023/24