Water professionals with a solid background in hydrology/hydraulics/water resources/civil engineering.
PrerequisitesApproved BSc degree and appropriate hydrology and/or water engineering subjects.
Dates, Fee, ECTS
Start: 20 April 2020
End: 08 May 2020
ECTS credit points: 5
Deadline IHE application: 19 March 2020 - 23.59 (CET)
Course fee: € 2910
Start: 19 April 2021
End: 07 May 2021
Deadline IHE application: 18 March 2021 - 23.59 (CET)
Course fee: € 2910
VAT is not included in the course fee
- Understand and describe the structure of physically-based hydrological models and the methods used by these models to simulate the behaviour of distinct hydrological phenomena;
- Distinguise components of hydrological modelling software for hydrodynamic simulation, catchment process simulation and surface water quality simulation;
- Translate a given hydrological problem into a model definition using available data;
- Conduct a model calibration/validation procedure and to interpret the simulation results to assess model performance and to suggest improvement in the model set-up;
- Independently carry out a hydrological modelling study and to report the results.
This course comprises the setting up and application of process-based hydrological and river models for simulating catchment processes, river flow and water quality using Mike-SHE, Mile-11 and Mike-ECO Lab modelling software. Commonly used model types and methods of hydrological processes are introduced in the form of group discussion and presentations.
Also discussed are setting up and defining model structure, schematization and boundary conditions for the catchment. Hands-on exercises are used to analyse and interpret simulation results. In addition, simple spreadsheet-based exercises are used to become familiar with the computational techniques. Various criteria for model performance evaluation and model calibration issues are introduced and applied in workshops. Participants are required to write short reports to summarise simulation results and model performance evaluation.
Topics include: Introduction to hydrological, catchment and river modeling. Physically-based and conceptual models; distributed, semi-distributed and lumped models. Components of hydrological models and commonly used methods and software. Defining model structure, schematization and boundary conditions. Setting up of Mike-SHE model for catchment process simulation, Mike-11 model for river flow simulation and Mike-ECO Lab for water quality simulation. Criteria for model performance evaluation.