Stormwater System Design and Modeling
About this course
This training begins with the fundamentals of hydraulics & hydrology and then takes the participants through the advanced processes of stormwater system modeling including, Low Impact Development Strategies, Pre- and Post- Development studies, detention & retention ponds design, modeling culverts, and lastly, generating reports.
Upon successful completion of this course, the participant shall be able to:
Apply the fundamental principles of modeling;
Assembling the model
Modeling basics and Analysis Tools
Scenario Management to Compare Network Designs
Ponds and their Outlets
Building Network from External Data Sources
Water Quality Analysis using EPA SWMM Solver
The participant must be a diploma/ graduate of Civil/ Environmental/ Mechanical Engineering. Basic theoretical understanding of Fluid Mechanics, Hydrology and Hydraulics is desirable but not compulsory.
Meet the trainer
Tanay Kulkarni is a Master of Engineering (Hydraulics) and a graduate of Civil Engineering. He is also certified on ‘Big Data’ from Massachusetts Institute of Technology, USA. He is highly experienced Water Professional with a record of training thousands of water practitioners and engineers of the globe and helping them tackle their unique challenges using hydraulic modeling technologies. He has offered consultation to some of the World's Largest Water Utilities like Public Utilities Board- Singapore, Colombo Municipal Corporation- Sri Lanka, Department of Engineering- Bhutan, Manila Water Board and Maynilad Water Board- Philippines, Saudi Aramco- Kingdom of Saudi Arabia, Federal Electricity and Water Authority- United Arab Emirates, and many more. Previously, he was with Bentley Systems where he led as Water Solutions Consultant and was responsible for Asia Pacific and Middle East Regions. Tanay specializes in water mechanics, hydropower engineering, surge analysis, big data, hydraulic and hydrologic modeling, GIS. He is often invited to speak at various conferences to speak on 'water', nationally as well as internationally.
Download Detailed Course Agenda