Students Explain Why They Love HEC-RAS Instructor Joe Skupien:
"He teaches so well that it feels like you are learning from a good friend or your most trusted mentor. My engineering knowledge and that of most of my colleagues is better because of Joe Skupien."
-Andrew R. Comi, Land Dev. Project Manager, 2012 attendee
"I learned that behind the scenes HEC-RAS is always aiming to balance two energy equations. I will always start from this perspective when using the program. Extremely helpful, the light has been turned on."
-Khadija Abdur-Rahman, Water Resource Engineer, 2012 attendee
"Great energy, easily related complex concepts to simpler terms for easy understanding."
-Engineer, 2011 attendee
There's no question that HEC-RAS, the U.S. Army Corps of Engineers' Hydrologic Engineering Center River Analysis System program, is an incredibly powerful tool. However, it's also no secret that it can be overwhelming, challenging and, in the hands of an inexperienced user, the end result could be numerical instability and severely flawed analyses. Can you afford that outcome on your projects?
To help you make sense of HEC-RAS, we've recruited Joe Skupien, one of the most highly rated instructors in hydrology and hydraulics, to teach this hands-on training class. He will provide a comprehensive overview of the steady flow capabilities of the current version (V6.1.0) of HEC-RAS.
The online HEC-RAS Workshop will include a series of presentations and workshops specifically arranged to continually increase the students' understanding and expand their use of the HEC-RAS software. Student questions, including those regarding specific HEC-RAS modeling projects, are welcomed throughout the online workshop.
Days 1 & 2 will begin with a review of open channel flow theory, which is the foundation of HEC-RAS, as well as the program's modeling capabilities and limitations. An overview of both program and project start-up, data input, and the various forms of output reporting will be presented as well as a detailed discussion of cross section location and alignment, energy loss coefficients, discharges and starting water surface elevations, and other required modeling decisions.
Days 3 & 4 will begin with a workshop that will use the open channel flow theory and HEC-RAS features presented in Days 1 and 2 to develop a multiple water surface model of a real waterway. This will be followed by a description of the various methods for computing floodways in HEC-RAS and a second workshop that will include all the steps needed to develop an actual floodway. The days will conclude with a detailed discussion of bridge hydraulics, including the different types of flow conditions encountered at bridges, the various bridge modeling approaches available in HEC-RAS, and guidance on selecting bridge cross-section locations, energy loss coefficients, ineffective flow areas, and the most appropriate modeling approach.
Days 5 & 6 will begin with a workshop that will apply the bridge hydraulics and HEC-RAS bridge modeling approaches presented in Days 3 and 4 to model the hydraulic effects of a bridge on an actual waterway. This will be followed by a detailed discussion of culvert hydraulics that, similar to the bride presentation, will include guidance on selecting culvert cross-section locations, energy loss coefficients, and ineffective flow areas. The proceedings will conclude with a workshop that will apply this information to model the effects of a multiple-conduit culvert on an actual waterway.
Attendees are encouraged to have HEC-RAS 6.1.0 installed on the computer they will be using to access the online course in order to directly participate in the various example problems. Copies of Version 6.1.0 of HEC-RAS can be downloaded from the HEC website (http://www.hec.usace.army.mil/software/hec-ras).
After completing this HEC-RAS training course, attendees will:
- Understand the basic theories of open channel, floodway, and bridge and culvert flow used by HEC-RAS
- Understand HEC-RAS capabilities, limitations, input needs, sources, and output options
- Select appropriate bridge and culvert modeling methods
- Create and execute a HEC-RAS project
- Identify input errors and modeling problems to help insure "accurate and reasonable" program output
Note: This course will cover 1-dimensional steady flow through channels, floodplain, floodways, bridges, and culverts. It will not cover scour, sediment transport, or dam breaks. In addition, it will not cover any of the GIS Tools such as RAS Mapper.
Joseph J. Skupien, PE, PP, is the president of Storm Water Management Consulting, LLC and one of New Jersey's foremost experts in stormwater and floodplain management, flood control, dam safety, and regulatory compliance. During his career, he has participated in the design and construction of hundreds of stormwater facilities. In addition, Joe regularly teaches stormwater and floodplain management programs for state and local government agencies. Course attendees benefit from his theoretical knowledge, real-world experience, and excellent teaching skills.
Here's what students have to say about Joe Skupien:
- "Very upbeat and you can tell he loves his job."
- "He made everything simple and easy to understand."
- "Best instructor I've had, incredible course."
- "Very animated, knowledgeable and passionate about the material -- keeps the attention of the class!"
- "Excellent instructor. Presented the material in a clear and concise manner."
This online course will be facilitated on the Canvas Virtual Platform. It is recommended that you access the course using a computer (desktop or laptop) with a high-speed internet connection. A built-in laptop microphone or external microphone can be used. You also have the option to call in to hear the live class. Webcams are optional. Kindly note that this training is best viewed using the Chrome web browser. Tablets can also be used. If you plan to access the course using a mobile device, you should download the Canvas app. Please review this link for information: https://community.canvaslms.com/docs/DOC-10567.
Once you register with OCPE, you will receive an email from "Rutgers University Canvas" saying, "Click here to finish the registration process," to create your new account in the Canvas Virtual Platform. The course shell will not open until a week before the start date of class. You will receive an email from Claudine Oleskin with directions and more details for the class.
Photo ID Requirement:
Each registrant will be asked provide a photo of him/herself holding their government-issued photo ID. This is required by credit boards so that you may receive credits for participating in this online course.
- You will receive a reminder email prior to the start of the class with further instructions. Wait to receive these instructions before you attempt to upload your ID.
- The photo must be clear enough that we can read your name and verify that the person pictured on the ID is in fact the person holding it.
- After an OCPE staff member reviews the picture and verifies your identity, you will have access to participate in the course when it begins.
IMPORTANT: A UNIQUE EMAIL ADDRESS IS REQUIRED FOR EACH REGISTRANT TO ACCESS OUR ONLINE COURSES
If this is your first time registering with us, please provide your own unique email address when registering; do not provide an email address that you share with co-workers.
If you have previously taken classes with us and have used an email address that you share with your co-workers or supervisor, your account must be updated with a unique email address. To do this, please send an email to email@example.com stating that your email address needs to be changed and include:
- Your full name
- The shared email address that needs to be changed
- Your unique email address
- A phone number where you can be reached if we have any questions
Pre-registration is required.