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Introduction: Overview of the most important urban hydrological and hydraulic processes and concepts.

Urban Hydrology:
All the following topics are exemplified at Maxvorstadt!
T1 Concepts for the Sustainable Use of Urban Waters
T2 Blue-green infrastructure - resources and needs
T3 Rainwater/stormwater harvesting
T4 Low Impact Development (LID)
T5 Green infrastructure and cooling effect

Urban Flood Modeling
All the following topics are exemplified in the flash flood case study Simbach a. Inn!
T6 Challenges in urban flood modeling, in relation to flood management and flood risk assessment.
T7. Sewer drainage model I - SWMM model setup (computational work).
T8. Sewer drainage model II - analysis of results (computational work).
Introduction to overland flood models in urban areas.
T9. Overland flow model I – TELEMAC2D (or Hydro_AS) model setup (computational work).
T10. Overland flow model II – analysis of results (computational work).
Introduction to dual drainage models.
T11. Unidirectional Dual drainage flow model I - TELEMAC2D(or Hydro_AS) / SWMM (computational work).
T12. Unidirectional Dual drainage flow model II - analysis of results (computational work).

Presentation and discussion of the report.

• Fundamentals of Hydrology (e.g. Hydrologie Grundmodul)
• Basic Knowledge of Sewer Drainage Systems (e.g. Siedlungswasserwirtschaft Grundmodul - Kanalisation)
• Basic Knowledge of Arc-GIS

Lecture with integrated computational exercises. 3 computer exercises (each split in two parts). The exercises can be done in groups. Students submit a report (10–15 pages) summarizing their results. Students will receive feedback during the lectures on their reports. Students will prepare and present their reports during the lecture period.