Syllabus

Module I [6 hrs]
1. To analyze the water surface profile for a steady flow condition for the given discharge value and a known cross section and analyze the routing of a river using HEC-RAS.
2. To analyze the water surface profile for an unsteady flow condition for the given discharge value and analyze the routing of a river using HEC-RAS.

Module II [6 hrs]
1. To estimate the surface runoff of an urban catchment using SWMM.
2. To study the effectiveness of LIDs in storm water management.

Module III [9 hrs]
1. To simulate the precipitation-runoff process in a dendritic watershed system by using HEC-HMS.
2. To delineate a given watershed and calculate sub-basin parameters using HEC-HMS.
3. To estimate various hydrological components of a given watershed using HEC-HMS.

Module IV [9 hrs]
1. To delineate the watershed of a river basing using Arc-SWAT.
2. To perform HRU analysis of a delineated watershed using Arc-SWAT.
3. To estimate various hydrological components using Arc-SWAT.

To understand the physics of hydrologic models

To know about rainfall-runoff relationship

To prepare the inputs required for simulation run in a model

To understand the calibration and validation processes in a model

On completion of the course, the student should be capable
CO1: To explore the scope of different models
CO2: To understand the working principles of hydrologic models
CO3: To prepare the input data sets for the models
CO4: To gain capability to model the rainfall-runoff processes.
CO5: To evaluate the applicability of the models to practical problems related to water resources engineering

Manual of HEC-HMS, HEC-RAS, Manual of HEC-HMS, HEC-RAS, HEC

Manual of SWAT, Manual of SWAT, SWAT