FE CBT Examination Preparation Course 

Our Instructors

All of our instructors are highly qualified Professors & Registered Engineers who know the FE exam in depth and what it takes to succeed.

Classroom Lectures

The FE Exam Review Centre is here to help you properly prepare for the Fundamentals of Engineering exam (FE Exam). This is a classroom course which
covers all the topics including Math, 

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Test Preparation

  • Extensive classroom review 
  • Mid-Week Practice Sessions
  • FE exam style homework assignments
  • Problem solving techniques & test taking strategies

  • FE style Mock Exam

Advancing your career!

HEC-RAS Modeling Workshop 

Edmonton & Calgary, AB
Course Description
HEC-RAS Modeling - Training Workshop 
Daily Schedule:
8:00am - Registration 
8:30am - Session begins
4:30pm - Adjournment

Breakfast, two refreshment breaks and lunch are provided daily 
This two day workshop provides HEC-RAS Steady Flow River Hydraulics Modeling training. The Hydrologic Engineering Center—River Analysis System (HEC-RAS) is computer software designed to simulate water surface profiles and velocities for a network of natural and constructed watercourses. HEC-RAS is Graphical User Interface (GUI) software. HEC-RAS is widely used throughout the world as an industry standard hydraulics program. The workshop lectures and lab the software in practical engineering applications. Participants will learn by doing, while using the HEC-RAS software on their own computers. The Software and Documentations are free downloaded from

By participating in this workshop, you will be able to construct a complete HEC-RAS model using the exercises provided in the workshop. Performance of channel network, bridge and culvert design and analysis will be conducted along with the sample projects. Introduction to 2D and unsteady flow using HEC-RAS will be provided but not in details. Participants will gain confidence in applying HEC-RAS to a variety of modeling problems from the lectures and exercises provided. Troubleshooting and how to review, verify and calibrate HEC-RAS models will be provided.

• Working knowledge Benefit from “hands-on” instruction throughout the course
• Learn theoretical principles of hydraulics and practical applications of river hydraulics including water infrastructures
• Understand water surface profile modeling with HEC-RAS
• Understand subcritical, supercritical and mixed flow in HEC-RAS
• Awareness of capabilities of features included in the program
• Develop confidence in application of HEC-RAS to a variety of modeling problems
• Gain intensive, hands-on experience in model application
• Learn how to review analysis results and troubleshoot models
• Learn to recognize potential problems in a modeling situation
• Real life problems and applications
• Perform channel, bridge and culvert design and analysis
• Model multiple bridge and culvert opening roadway crossings
• Split flows calculation
• Model reservoirs with gated spillways and weirs
• River channel modifications to reduce the impact of flooding
• Introduction to 2D and unsteady flow

This workshop will benefit anyone involved with the river hydraulics, hydrotechnical engineers, water resources engineers, dam safety engineers, river forecasting engineers, watershed planning and advisory groups, mining and oil and gas resource companies, water policy decision makers, and other technical personnel responsible for open channels, flood mitigation, flood forecasting, water management infrastructures such as bridges, reservoir, spillways, and culverts. 

Materials Required
Standard engineering calculator with scientific functions and a laptop computer with Microsoft office installed. 

After Attending This Course You Will Be Able To
• Understand the basics of river hydraulics and hydrology, design of channels, bridges, junctions, inline structures, bridge scour, culverts and flood mapping
• Learn how to use the HEC-RAS model
• Modeling of channels, bridges, culverts, junctions spillways, sedimentation ponds and flood mapping for steady one dimensional flow
• Introduction to flood modeling and analysis
• See “real life” examples
• Fix troubleshooting, verify and calibrate the model
• Save and printing results 
• Gain a solid understanding of river steady one dimensional hydraulics and modeling of channels and water management infrastructures


Some prior knowledge of hydraulics is required. Some prior knowledge of hydrology and HEC-RAS is helpful, but not required.

Course Materials

Each participant will receive a complete set of course notes and handouts that will serve as informative references. Each participant is required to download the Software and the Documentations via the website provided in the above link.
Documentations to Download
• Hec-Ras  5.0.3 Software
• Hec-Ras  5.0.3 User  Manual
• Hec-Ras 5.0.3 Reference  Manual
• Hec-Ras 5.0.3  Application  Guide 

Important Notes:

1. This course is intended for preliminary users or users who want to practice Hec-Ras modeling. This course is not intended to advanced users who work daily with the software.
2. 2D, Unsteady Flow and Water Quality Analysis will not be covered during the course, only introduction. These topics will be posted separately in the future as third day training.
3. User Manual, Reference Manual and Application Guide will be the main data sources and will be used during the course.
4. Certificates will be provided at the end of the course.

Dr. Hesham Zare

Dr. Hesham Zare, P.Eng, M.Sc. has a Ph.D. in Hydrotechnical Engineering from Western Ontario University, London, Ontario, Canada.
Dr. Zare has served as a hydrotechnical and water resources engineer at Golder Associates Ltd, Manitoba Water Stewardship and Alberta Environment and Sustainable Resources Development. 
Dr. Zare has over 15 years of experience in hydrotechnical and water resources engineering, hydraulic structure design, teaching, research and consulting in Canada and overseas. 
Dr. Zare has designed and delivered many hydraulic and water resources courses and workshops which are very well received by practitioners engineers in Canada and globally. Currently he is a water management projects engineer with Government of Alberta, Edmonton, Alberta. His duties include revision of hydrotechnical and water resources design including hydraulic infrastructures, stormwater management design, flood mitigation and flood mapping, open channel design, slope stability, dam safety review, erosion protection using gabions and rip rap, stabilization of unstable slopes, flood frequency analysis, watersheds and runoff design, etc.
Dr. Zare is a former post doctoral fellow at University of Manitoba, Winnipeg, Manitoba, Canada, and a former assistant professor at Assiut University, Assiut, Egypt.
Dr. Zare is specialized in experimental and numerical modeling for solving sophisticated hydrotechnical engineering problems with respect to erosion protection, hydraulic infrastructures and water resources. He has been rewarded Golder Keffer Medal from Canadian Society of Civil Engineering for the best hydrotechnical research in 2007.
Dr. Zare authored a number of technical papers and delivered numerous internal and external workshops on various Hydrotechnical, Water Resources and Municipal Engineering topics. Dr. Zare has been involved in a number of projects in Canada and overseas, such as stormwater management, erosion protection, flood mitigation, sediment transport, hydraulic infrastructure design, dam safety review, spillways, bridges scour and design, culverts design, irrigation networks, water balance, water supply and many other civil engineering projects in terms of design and construction.

Program Outlines
• Model Overview and Practical Use
• Software Downloading and Documentations
• Documentations Overview 

Streamlines Modeling
• Open Channel Hydraulics Principles
• Subcritical Flow
• Supercritical Flow
• Mixed Flow
• Manning’s Coefficient
• Manning’s Equation
• Geometric Data
• Flow Data for Different Return Periods
• Steady Flow Analysis
• Levees and Dykes
• Review and Understanding the Output
• Flood Mapping

Single and Multiple Bridge Modeling
• Bridge Hydraulics
• Contraction and Expansion Lengths and Coefficients 
• Critical Cross Sections
• Pressure and Weir Flow
• Energy Method
• Bridge, Piers and Abutments Data
• Ineffective Flow Areas
• Review and Understanding the Output
• Flood Mapping

Single and Multiple Barrel Culvert Modeling
• Culvert Hydraulics
• Inlet Control
• Outlet Control
• Contraction and Expansion Lengths and Coefficients 
• Critical Cross Sections
• Steady Flow and Boundaries Data
• Review and Understanding the Output

Stream Junction
• Cross Sections
• Stream Junction Data
• Energy and Momentum Analysis
• Review the Output
• Review the Output