Step 3- After filling up the registration form provided in this link , send it to the course coordinator at with the bank transaction details to confirm your participation in the course. Confirm your registration by clicking the suitable option. Select the course titled “Dynamic Modelling of Stormwater, Sewerage, and W atershed Systems with SWMM/PCSWMM” from the list and click the “Save” option. Choose for the Course registration option. Step 2- Login to the GIAN portal with the registered User ID and Password. This fee does not include the Course Fee. Step 1- Register yourself on the GIAN portal (one-time registration) online by clicking here and paying a non-refundable fee of Rs. Course objectives will be covered in five days, with lectures spanning the total of 11 hours and tutorials spanning for total 29 hours. This course is scheduled from September 10 (Monday) to February 14 (Friday) 2018. EligibilityĪ) Practicing Engineer/Scientist/Researcher from Government Organisations/Research Laboratories/ Consulting Groups/Industries working in areas related to water resources/remote sensing fields.ī) Students (Bachelors/Masters/ Ph.D.) and faculty from academic institutions interested in the fields of hydrology or geo-informatics or remote-sensing or atmospheric science or environmental science. It is focused on a hands-on approach providing practical experience starting from new drainage system design, system evaluation using multiple design storms, dual drainage (major/minor) modelling and design, detention pond design for mitigation of peak flow and extends to cover more advanced topics such as water quality, watershed floodplain analysis, Low Impact Developments (LIDs), and SWMM5/PCSWMM integrated 1D – 2D modelling. This course on Dynamic Modelling of Stormwater, Sewerage, and Watershed Systems with SWMM/PCSWMM covers an introduction to SWMM5 and PCSWMM, fundamentals of SWMM hydrology/hydraulics and modeling procedures (discretization, parametrization, sensitivity, calibration, error analysis and inferring results) for stormwater, sewerage and watershed systems.
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