TRAINING.

Overview

After participating in this course, you will be able to:

• Analyze and apply critical design factors for the planning and development of drainage systems.
• Identify and choose the most appropriate software for urban drainage design applications.
• Confidently evaluate drainage designs and apply calculation methods.
• Implement effective design methodologies for urban drainage projects using industry standards.
• Assess and mitigate the impacts of urbanization on stormwater and open channel drainage systems.

Description:
Urban growth and changing land use patterns present significant challenges for drainage engineers tasked with managing stormwater, runoff, and open channel flows. Effective drainage design is essential to prevent flooding, minimize erosion, and manage water quality in urban environments. Understanding the complexities of stormwater management, rainfall analyses, and time of concentration equations is crucial for ensuring efficient and reliable drainage systems.

Participants in this course will gain an in-depth understanding of the principles and methodologies used in drainage and stormwater design. Topics such as culvert design, open channel flow, storm sewer design, and bridge opening considerations will be covered extensively. The course focuses on rainfall loss computations, flow estimation for drainage design, and workshops that guide participants through real-world scenarios and case studies.

Attendees will also become proficient in using specialized drainage design software to analyze and simulate stormwater systems. The course is designed to equip engineers and designers with the tools necessary to handle the growing challenges of urban stormwater management. Through software tools and interactive sessions, it offers both theoretical knowledge and practical applications. By the end of the course, participants will be ready to apply these methodologies directly to their ongoing projects.

Who Should Attend:
This course is designed for municipal engineers, civil engineers, environmental engineers, planners, project managers, and designers involved in stormwater management and drainage system design. Technicians, technologists, and hydraulic engineers seeking to enhance their knowledge of open channels, storm sewers, and culvert design will also benefit.

Professionals working on infrastructure projects in urban environments or those responsible for water resource management are encouraged to attend. Engineers looking to update their stormwater analysis and drainage software skills will find this course especially valuable.

Special Features & Requirements

Please download and install the following information:

• US-EPA SWMM Model: Download at this link
• Federal Highway Administration – Hydraulic Toolbox App: download via this link
• Environment Canada Databases: Access Intensity-Duration-Frequency (IDF) Curves via this link and Google App via this link.
• HYDAT Stream Gauging Database: Retrieve historical streamflow and gauging data through the Environment Canada HYDAT system here.
• Federal Highway Administration Hydraulic Toolbox: The Federal Highway Administration’s Hydraulic Toolbox for various water resources and hydraulic engineering tasks can be downloaded at this link.

Please note: You can check other time zones here.

Syllabus

Welcome, Introduction, Course Preview, Learning Outcomes and the Assessment Method

Basic Hydrology - Refresher and Workshop

Introduction

• Review of drainage concepts and needs
• Stormwater design criteria and level of service
• Urban and rural drainage systems
• Minor and major systems in urban drainage

Rainfall Analyses

• Design storms or floods-how to cope with lack of long and reliable data sets
• Storm frequencies-the danger of extrapolation
• Intensity-Duration-Frequency (IDF) data
• Historical storms
• Storm distribution in time

Drainage and Stormwater Design Criteria

• Flood control risks, liability and the unknown effect of climate change
• Water quality control
• Erosion control

Time of Concentration -Review of Design Equations, Charts and Their Limitations

Instructor

Nav Sandhu, P.Eng.

Nav is a Senior Water Resources Engineer with 20 years of experience.

He has extensive experience in stormwater management and drainage planning and design throughout Canada, ranging from servicing /planning studies to detailed design of complex systems. His stormwater infrastructure design experience includes storm sewer systems, culverts, above and below-ground detention and water quality facilities, diversion structures, control and outfall structures, infiltration systems, rip-rap protection works, and instream rehabilitation works. He’s also experienced in base-flow augmentation, source control/rainwater management and other LID systems-relatively new techniques that support sustainable design.

His stormwater engineering knowledge, municipal development, and highway experience make him an excellent resource for a range of clients. He has also provided expert opinions and reports on legal proceedings related to drainage throughout BC.