Module

Voraussetzungen

Inhalte

Software Engineering: basic steps in software engineering for hydroinfomatics software, introduction to programming languages (e.g. R, Java, C++, Python) and basic components, introduction to basic software engineering and implementation tools (e.g. Eclipse, Anaconda, R Studio). Implementation of simple hydroinformatics tools using selected programming languages: river cross-section, time series, linear equation systems, 1D numerical schemes, data analysis Code examples from implementation of graphical user interfaces, data base access, interfacing with standard data formats, multi-threading, interprocess communication, Web technology, open source tools and libraries for hydroinformatics systems. GIS: coordinate reference systems, raster and vector based data structures and operations, digital elevation models (raster, TIN), interfacing, import/export, data bases and data analysis, geo-spatial data analysis, OGC Web-GIS standards, remote sensing, integration in hydroinformatics systems. Application examples from hydroengineering projects.

Lernziele

Programming skills for hydroinformatics system development and adaptation, understanding of GIS data structures and application concepts in hydroinformatics.

Prüfungsleistung

• Assignments (20%) • Written (120 min) and/or oral (30-45 min) examination (80%) The form and weighting of partial exams are bindingly determined in the first course weeks.

Bemerkungen

EuroAquae module: EA-1.4