Email This

Course

Stormwater Design and Permitting: An Introduction in Using Computers to Solve Stormwater Problems

Attributes	CEU's: .7 FBPE PDHs 0004040: 7.0 Solid Waste I II III (PEs, EI, PG only): 7.0 Time: 8:30 a.m. - 5:00 p.m.
Coordinator	Stephanie West, (352) 392-9570 x216
Description	In this course, you learn how to use computer spreadsheet models to solve stormwater problems. Emphasis is on the permitting requirements of the Florida Water Management Districts and the Florida Department of Transportation. Hands-on computer course, free software included. Daily morning and afternoon breaks are scheduled. You are on your own for lunch. Participant must be present for entire class time to receive CEUs and a Certificate of Attendance. About the Course Instructors guide you through several hands-on computer-lab sessions to help you learn the following: Determining time of concentration using the Kinematic Wave Equation Hydrograph generation using the Soil Conservation Service Method and the Modified Rational Method Flood routing and retention detention pond sizing using the Storage-Indication Flood Routing Method Wet detention system design Sidedrain and underdrain sizing Sizing of storm sewers, culverts and open channels. You Will Receive You will receive a copy of several spreadsheet developed programs and a course manual explaining the application and use of each program. Who Should Attend Consultants Engineers Hydrologists Inspectors Project Managers Water Resources Personnel Course Instructors Michael Tootle, P.E. AKEA, Inc. Brett Cunningham, P.E. Jones Edmunds & Associates

Attributes

CEU's: .7
FBPE PDHs 0004040: 7.0
Solid Waste I II III (PEs, EI, PG only): 7.0
Time: 8:30 a.m. - 5:00 p.m.

Coordinator

Stephanie West, (352) 392-9570 x216

Description

In this course, you learn how to use computer spreadsheet models to solve stormwater problems. Emphasis is on the permitting requirements of the Florida Water Management Districts and the Florida Department of Transportation. Hands-on computer course, free software included.

Daily morning and afternoon breaks are scheduled. You are on your own for lunch.

Participant must be present for entire class time to receive CEUs and a Certificate of Attendance.

About the Course

Instructors guide you through several hands-on computer-lab sessions to help you learn the following:

Determining time of concentration using the Kinematic Wave Equation
Hydrograph generation using the Soil Conservation Service Method and the Modified Rational Method
Flood routing and retention detention pond sizing using the Storage-Indication Flood Routing Method
Wet detention system design
Sidedrain and underdrain sizing
Sizing of storm sewers, culverts and open channels.

You Will Receive

You will receive a copy of several spreadsheet developed programs and a course manual explaining the application and use of each program.

Who Should Attend

Consultants
Engineers
Hydrologists
Inspectors
Project Managers
Water Resources Personnel

Course Instructors

Michael Tootle, P.E.
AKEA, Inc.
Brett Cunningham, P.E.
Jones Edmunds & Associates

8:15-8:30 am	Registration/Check-in
8:30-9:00 am	Section A - Introduction to Stormwater Modeling and Permitting Hydrologic Cycle
9:00-9:30 am	Time of Concentration Charts and Graphs Kinematic Wave Equation
9:30-9:45 am	Computer Lab Session-Kinematic Wave Equation Program #1-KINWAVE
9:45-10:00 am	Break
10:00-10:45 am	Section B - Hydrograph Generation and Floodrouting Modified Rational Method (FDOT/SRWMD 100-year Critical) Modified Rational Method (SJRWMD Mean-year 24-hour) Storage Indication Floodrouting Method
10:45-11:30 am	Computer Lab Session-Hydrograph Generation and Floodrouting Program #2-SRDOT 100 Program #3-SJ24MEAN
11:30 am-12:30 pm	Lunch
12:30-1:00 pm	Section C-Hydrograph Generation and Floodrouting Santa Barbara Urban Hydrograph Method (SFWMD) Soil Conservation Service Type II Florida Modified (SWFWMD)
1:00-1:30 pm	Computer Lab Session - Hydrograph Generation and Floodrouting Program #4-SBUH-24 Program #5-SCS1, SCS2, SCSFLOOD
1:30-2:00 pm	Section D-Rainfall, Rational Method, Grates, Manning's and Energy Eqns Intensity, Duration, Frequency Rainfuall Curves Rational Method Grate Sizing (Weir/Oriffce Equation) Pipe Sizing (Manning's Equation) Culvert Sizing (Energy Equation)
2:00-2:30 pm	Computer Lab Session-Rainfuall, Ratinoal Method, Grates, Manning's and Energy Equation Program #6-FDOT1 Program #7-PIPES Program #8-GRATE Program #9-PIPE Program #10-CULVERTS
2:30-2:45 pm	Break
2:45-3:15 pm	Section E-Open Channel Flow Manning's Equation Normal Depth Critical Depth
3:15-3:30 pm	Computer Lab Session-Open Channel Flow Program #11-TRAP Program #12-TRAP-DCR
3:30-4:00 pm	Section F-High Groundwater Conditions Darcy's Equation Underdrains Sidedrains Wet Detention Systems Hantush-Jacob Mounding Equation
4:00-4:30 pm	Computer Lab Session-High Groundwater Conditions Program #13-SJUNDER Program #14-SJSIDE Program #15-SJWET Program #16-MOUNDING
4:30-5:00 pm	Summary, Disscussion and Evaluation
5:00 pm	Adjourn