FHWA-NHI-135091 Basic Hydraulic Principles Review - Self-paced Online

Date: 10/1/2024 - 9/30/2025 11:59 PM

Location: Online


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Capacity:

2/200



Overview

NOTE: This online course is taken through NHI's new Library Management System, Blackboard. Visit their NHI Blackboard LMS Kickoff page for more information.

Instructions on how to create an account with Blackboard and locate this training will be included in your confirmation email and can be found on your UMTC profile's registration portal page.

culvert during flooding

DESCRIPTION:
Basic Hydraulic Principles Review is designed to familiarize participants with the background concepts, theories, and equations associated with basic hydraulic principles routinely used in highway engineering. NHI strongly suggests that participants complete this self-paced Web-based training (WBT) before attending any Instructor-led hydraulics courses. To fully understand the material presented in NHI hydraulics courses, participants must have an understanding of the basic hydraulic principles presented in this course.

In this course, "hydraulics" is considered to be the determination of various properties and characteristics of flowing water. Such determinations are essential for quantifying the nature of water flow under various conditions. This includes natural features such as streams and rivers, as well as man-made structures such as: bridges, drainage ditches, pipes, culverts, weirs, and spillways.

This WBT consists of three main lessons: Fundamental Concepts, Steady Uniform Flow, and Steady Non-Uniform Flow. After each lesson, knowledge check questions will be presented to test participants' understanding of the material presented in the lesson. The fundamental principles of hydraulics are used as a basis for designing new structures, as well as determining the flow capacity of existing structures.

135091 Basic Hydraulic Review (WBT) is a prerequisite for ILT courses 135010 (River Engineering), 135041 (HEC-RAS), 135046 (Stream Stability and Scour), and 135056 (Culvert Design). Mastery of the concepts covered in this WBT is important to successful completion of the Instructor-led training.
 
OUTCOMES:
Upon completion of the course, participants will be able to:
Define fundamental hydraulic concepts of open-channel flow
Identify steady uniform flow conditions
Describe the equations used for steady uniform flow
Identify steady non-uniform flow conditions
Describe the equations used for steady non-uniform flow

TARGET AUDIENCE:
The primary target audience includes Federal and State Department of Transportation Hydraulic Engineering Units and consultants. The course is relevant to anyone involved in bridge designs over waterways, regardless of their technical discipline or whether they are in the private, municipal, State or Federal sectors. This course is designed primarily for entry-level engineers or engineering technicians who deal with hydraulics. It is also beneficial for experienced personnel as a refresher course on hydraulic fundamentals.

*If you have questions about this NHI training, please contact NHI at nhicustomerservice@dot.gov or 877.558.6873.

*For support with using Blackboard, please email nhihd@edusupportcenter.com or call 833-506-3437.

Disclaimer: Accommodations for Disabilities: UMTC endeavors to provide an inclusive learning environment for all. If you require special services or arrangements to fully participate in this workshop, please email Stephanie Cottrell  or call 413-800-2655 at least 14 days prior to the event. Such services are provided free of charge.

 

Registration
Amount

No Cost
Register by 9/30/2025
Private Sector

Register

No Cost
Register by 9/30/2025
Public Sector

Register

IMPORTANT UPDATE: New profiles will need to be reviewed and approved before you can register for a workshop or event. Please allow one business day for processing.

If you are having trouble registering, please email admin@umasstransportationcenter.org or call (413) 545-2604 for assistance.

Please be advised, cancellations must be received no later than 7 days prior to the event, or the registration fee will not be refunded.

 
Attendees
First Name Affiliation
Stephanie UMass Transportation Center (UMTC)
Gisell City of Salem