RedVector RV-7784

Runoff Analysis using the SCS Method - Part 1

Runoff Analysis using the SCS Method - Part 1

3 hrs. Online Course

Level: Intermediate

Item#: RV-7784

SME: Mark Peterson, P.E., M.ASCE

This course has been discontinued.

 
 

This 3-hour interactive online course presents the basics of the SCS Method of determining runoff, using Technical Release No. 55 (TR 55), "Urban Hydrology for Small Watersheds." While the Soil Conservation Service (SCS) has changed their name to the Natural Resources Conservation Service (NRCS), this method is still commonly called the SCS Method, rather than the NRCS Method. The SCS Method is a very commonly used method to determine runoff from smaller drainage basins. The document was released in 1986 and, while it has not been updated to include the common use of personal computers, many of the techniques included are easily adaptable to spreadsheet programs.

This course is the first of a two-part course series that provides all of the SCS Method included in TR 55. Part 1 covers the first four chapters of TR 55, which include the Introduction, Estimating Runoff, Time of Concentration and Travel Time and the Graphical Peak Discharge Method. Part 2 covers chapter 5 and 6, which include the Tabular Hydrograph Method and Storage Volume for Detention Basins. The SCS Method is a relatively straightforward method that can be applied in many cases. Unlike many hydrologic techniques, it is a method that produces results that can be duplicated by others without great difficulty. The text of the course is taken from TR 55.

This course includes a multiple-choice quiz at the end.


Vector Solutions has a long history of providing industry-specific content for its customers. While this course and its content remain accurate and functional within our systems, the look and feel may not match our more modern offerings.
Course Objectives

At the conclusion of this course, the student will be able to:

  • Determine an appropriate Curve Number value for many different land uses and soil types
  • Estimate the amount of runoff, using the SCS Method
  • Compute time of concentration and travel time using the methods presented in TR 55
  • Compute the peak discharge using the Graphical Peak Discharge Method
SUBJECT MATTER EXPERT: Mark Peterson, P.E., M.ASCE
Mark Peterson, P.E., M.ASCE Photo
Mr. Peterson has a BS and MS from Montana State University and more than 28 years of engineering experience in hydrology and hydraulics. He is currently a senior engineer with Kadrmas, Lee and Jackson and has worked extensively in both the private sector and in state government. He is licensed as a PE in MN, MT, ND, SD and WY. He was chairman of a three-person committee that re-wrote the Hydraulics Manual for the Montana Department of Transportation and authored the storm water regulations for subdivisions in Montana. He also teaches a two-day course on Introduction to Detention Pond Design for the American Society of Civil Engineers throughout the U.S.
State Licenses
CA - Water Operator (Grade T1 and D1) (Technical)
CA - Water Operator (Grade T2 and D2) (Technical)
CA - Water Operator (Grade T3 and D3) (Technical)
CA - Water Operator (T4, T5, D4 and D5) (Technical)
LA - Contractor, Residential (General)
MD - Land Surveyor (General)
NC - Geologist (General - 170135)
NE - Architect (Health, Safety & Welfare)
Accreditation: Vector Solutions is authorized by IACET to offer 0.30 CEUs for this program
NE - Engineer (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.30 CEUs for this program
NJ - Engineer (General - 24GP000006300)
NM - Landscape Architect (General)
NY - Engineer (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.3 CEU for this program.
PA - Land Surveyor (General)
VA - Land Surveyor (General)