- List of CHI Books
- User's Guide to SWMM5
- Rules for Responsible Modeling
- Pragmatic Modeling of Urban Water Systems - Monograph 21
- On Modeling Urban Water Systems - Monograph 20
- Cognitive Modeling of Urban Water Systems - Monograph 19
- Dynamic Modeling of Urban Water Systems - Monograph 18
- Conceptual Modeling of Urban Water Systems - Monograph 17
- More Books...
- University Grant Program
- Journal of Water Management Modeling
- Software Solutions
- Low Impact Development (LID) Analysis
- Integrated 1D-2D Modeling
- Dual Drainage Design (major/minor)
- Detention Pond Design
- Stormwater and Sanitary Sewer Remediation
- Global Optimal Real Time Control Optimization
- Real Time Data Acquisition & Modeling
- Raingage Calibrated Radar Rainfall
- Floodplain Analysis
- Integrated Catchment/Watershed Modeling
- Water Quality Modeling (TMDL)
- Consulting Solutions
- Model Review Services
- Training and eLearning
- In-house Training
- Engineering Consulting
- Contact Us
CHI's in-depth training showed the true capabilities of PCSWMM.
- Brampton, ON, Canada
I enjoyed the interactive nature of the training. The mix between presentations and hands-on exercises was spot on.
- Westville, South Africa
Excellent training session. Highly recommended!
Among the best technical workshops I've attended - Rob did a great job.
Workshops in USA & Canada
2-Day Training Workshops for PCSWMM/SWMM5
CHI offers 2-day training workshops in many locations across the U.S.A. and Canada.
Each workshop provides the time-limited PCSWMM/SWMM5 software and is designed to help you become proficient with the modeling packages. In two days of hands-on workshops, you will learn the latest version of the PCSWMM graphical decision support system, as well as the internals of the latest version of the Stormwater Management Model (SWMM5). The PCSWMM software (included with the workshop, together with all documentation and instructional materials) is time-limited and an appropriate license must be purchased later to maintain the software subscription, which includes unlimited support for 12 months.
1-Day Advanced Training Workshops for PCSWMM/SWMM5
CHI offers 1-day Advanced training workshops on the second day of all 2-day training workshops across the U.S.A. and Canada.
Designed with the experienced PCSWMM user in mind, the 1-day Advanced training course builds on previous PCSWMM experience to sharpen and enhance your software experience. Included with PCSWMM training is a 60-day workshop license of our latest version of PCSWMM Professional 2D. This new release of PCSWMM provides an integrated approach to 2D modeling, allowing the user to seamlessly transition between 1D and 2D modeling.
By user request, an optional LID schedule has been added to the Advanced workshop. Learn how to apply lot-level and watershed scale LIDs, and how to model a variety of applications which include permeable pavement, boulevard planters, rainwater harvesting, infiltration trenches and vegetative swales.
Additional Advanced topics include, but are not limited to: importing from HEC-RAS, assigning dry weather flow patterns, dual-drainage modeling, RDII analysis, radar rainfall, rainfall duration curve analysis and calibration. Additional tips and tricks are also presented that showcase how to use the software to generate enticing graphs, profile plots and reports.
In the U.S.A. and most of Canada, the workshops will be conducted in English using the English version of the software.
In Canada, throughout the province of Quebec, workshops may be conducted in French using the French version of the software (without Desbordes hydrology). Upon special request, workshops may also be conducted in French in other locations.
For additional information regarding workshops conducted in English, please contact CHI directly.
The Modeling Programs
PCSWMM* is CHI's comprehensive, GIS-based, graphical decision support system for SWMM urban drainage modeling (sanitary, storm and/or combined systems). It is a fully-featured urban drainage system modeling package, with no limitations on model size or complexity, includes a complete, smart GIS engine (no 3rd party licenses required), tailored to urban and non-urban drainage, and provides native support for a large number of GIS formats, as well as powerful topological operators and querying. PCSWMM provides advanced versions of all standard urban drainage modeling visualization techniques, including animated hydraulic and energy grade line profiles, plan-view thematic coloring, powerful and flexible graphing, dry weather flow pattern generation, parallel computing, as well as on-the-fly statistical uncertainty, sensitivity, calibration and error analyses. It automatically maintains standard SWMM5 models from GIS data and synchronizes in both directions, thus providing complete data compatibility with all other SWMM5-based software tools.
PCSWMM goes beyond the current crop of modeling tools to ensure users have a deep knowledge of the underlying model processes, to increase user competence and confidence. It adds radar-rain, time-series analyses, design storm generation, rainfall disaggregation, dual-drainage, real-time control and many other utilities. Please refer to our PCSWMM web pages for more information.
* PCSWMM is proprietary software owned by CHI and was written in Canada.
Developed by the US EPA, the Stormwater Management Model (SWMM) is an open-source, comprehensive model for continuous and single-event simulation of runoff quantity and quality for stormwater, sanitary and combined sewer systems. It can model: dynamic storms; pollutant build-up, washoff and transport; infiltration and inflow; dynamic routing; surcharging, surface flooding; storage ponds; storage treatment; diversions; pumping stations; various BMPs and LIDs; and much more. Established and continuously developed for 40 years, SWMM is simple to run, and is used effectively on small as well as large studies. PCSWMM always incorporates the latest release of SWMM5.
With over 5000 licenses, PCSWMM has been the leading decision support system since its inception in 1984 (or as FastSWMM since 1977). Applied in tens of thousands of sewer and storm water studies throughout the world (over 50 countries), typical applications of PCSWMM include:
- design of drainage systems and their components for flood control
- sizing of detention facilities and their appurtenances for flood control and water quality protection
- designing control strategies for minimizing combined sewer overflows (CSOs) and sanitary sewer overflows (SSOs)
- evaluating the impact of rainfall-dependent inflow and infiltration (RDII) on SSOs and sewer backups (water-in-basements, WIBs)
- dual drainage (major/minor system) modeling and design, including dynamic interaction of dual systems
- evaluating global optimal and/or passive real-time control (GO RTC) operational strategies
- flood plain mapping of natural channel systems
- integrated catchment/watershed management modeling, including rural areas, river systems, urban sewer systems, treatment plants and receiving waters
- generating non-point source pollutant loadings for waste load allocation studies
- evaluating the effectiveness of best management practices (BMPs) and/or low impact developments (LIDs) for reducing wet weather pollutant loadings
- evaluating strategies for NPDES Permits, CMOM and TMDL requirements
Participants supply their own lap-top computers, and the software is sent to participants ahead of the workshop (unless local desk-top computers are being used, and the software uploaded by the instructors - please see location specific details below). Each workshop will run from 8:00 am to 5:00 pm daily. Lectures will be followed by hands-on exercises allowing you to explore the different aspects of the package. Participation in the Workshop earns 1.5 CEUs. Content may vary slightly from the topics listed below.
Introduction to PCSWMM/SWMM modeling
- Introduction to PCSWMM and SWMM5 modeling and interface orientation
- Overview of SWMM hydrology/hydraulics and modeling procedures: discretization, sensitivity, calibration, error analysis
- Hydraulic modeling theory: processes, limitations, data requirements, results interpretation (free-surface, surcharge, and backwater effects)
- Continuous water quality modeling: processes, data requirements, results interpretation
- Hands-on applications:
- New drainage system design
- System evaluation using multiple return design storms
- Dual drainage (major/minor) modeling and design
- Detention pond design for mitigation of peak flow
- Estimating subcatchment attributes based on land-use and soils layers
- Water quality modeling
Intermediate Use of PCSWMM/SWMM
- Sanitary sewer modeling, incl. DWF estimation, pattern creation and load allocation
- Rainfall derived inflow and infiltration (RDII) modeling: unit hydrograph development
- Watershed floodplain analysis: DEM-based flood inundation polygon development and flood vulnerable structure analysis.
- High spatial and temporal resolution radar rainfall: data acquisition, bias removal and generation of area-weighted subcatchment hyetographs
- GIS/CAD integration: importing/exporting, entity aggregation/disaggregation, validation (QA/QC), discretization and visual analysis
- Sensitivity and error analysis
- Calibration and parameter optimization
- Hands-on applications:
- Data importing, QA/QC, correcting and filling-in missing data
- DWF pattern development and load allocation, based on observed flows and water usage data
- RDII unit hydrograph development and calibration from observed data
- HEC-RAS importing, encroachment modeling and DEM-based 2D flood inundation analysis
- Sensitivity analysis, error analysis and model calibration exercises
Advanced 1-Day Course of PCSWMM/SWMM
Designed with the experienced PCSWMM user in mind, the new 1-day Advanced training course builds on previous PCSWMM experience to sharpen and enhance your software experience. Explore the newest PCSWMM interface, become acquainted with the enhanced state-of-the-art tools and learn tips and tricks from PCSWMM professionals to streamline your work flow.
It is highly recommended that participants have already participated in PCSWMM training or have taken the online course as the focus of this training is to progress existing skills and familiarize existing users to the latest version of PCSWMM.
- Updated hands-on applications:
- Explore the latest PCSWMM version, ideal for previously trained and existing PCSWMM users.
- Tool interface advancements: set slopes, align crowns, set drops and losses, assign rim elevations and clean polygons.
- Simplified SRTC calibration tool: ability to view up to four plots.
- Versatile area-weighting tool: assign catchment attributes based on look-up tables and polygon layers.
- New hands on exercises:
- Simulating water quality.
- Converting SWMM4 input files to SWMM5.
- Estimating subcatchment parameters using a land-use layer.
- Modeling LID's
- Generating backdrops using World Map Services (WMS)
For more information about the Advanced 1-Day Course, please contact CHI by phone: 519-767-0197 or email: email@example.com
The workshop will be led by one of, or a combination of, the following instructors:
William James, DSc, PhD, P.E., Professor Emeritus of Engineering at Guelph University and CEO of CHI, is an internationally recognized authority on stormwater runoff, with over 40 years experience in research, teaching, and consulting to consultants and government agencies. He has published 20 books, over 200 technical papers, and has presented professional courses throughout the world. Dr. James has supported SWMM from its earliest distribution, developing the first PC version in 1984. For more information, please see: http://www.soe.uoguelph.ca/webfiles/wjames/
Robert James, BSc(Eng), P.E., has worked for CHI for 18 years, both as a software programmer and as a consultant on a wide variety of urban and watershed drainage management projects, He has conducted many workshops on SWMM in the USA, Canada and overseas over the past 14 years, and has headed the development of PCSWMM from its DOS days (1992) to the current PCSWMM release.
Karen Finney, M.Sc.(Eng) EIT, is an Environmental and Water Resources Analyst employed with CHI since 2009. Karen currently manages the PCSWMM/SWMM5 workshops and is the primary author of the workshop materials. She has trained in Canada, the US and South Aftica. Karen has experience using SWMM5/PCSWMM for a variety of consulting projects including LID analysis and real-time flood forecasting.
Mark Randall, M.A.Sc., completed his Master's degree in Water Resources Engineering at the University of Guelph where his research focused on the hydraulic and water quality performance of bioretention cells. Before joining CHI, Mark worked in Denmark, modelling the impacts of stormwater infiltration practices and climate change on urban groundwater tables. He has also worked on water quality mapping projects in Cambodia and New Zealand. Since joining CHI, Mark has worked on developing drainage models for numerous urban catchments across Canada, and has also been involved with PCSWMM training, technical support and workshop exercise development.
Gilles Rivard, M. Sc., P.E. is the President of Aquapraxis inc., a firm specializing in urban hydrology, stormwater modeling and water resources planning. Before founding Aquapraxis in 2000 he had 25 years of professional experience, working in large consulting firms like Dessau-Soprin and SNC-Lavalin in the Province of Québec. He has published numerous papers and a book (in French) in 1998 on stormwater management. He is currently Chairman of the International Committee on Source Control (IWA/IAHR) and, apart from being a member of the national Committee for sewer networks for the INFRAGuide Program (NRC), he has personally written three national guides on sewer networks in this Program. Over the years, he has accumulated significant practical experience with PCSWMM on modeling projects at the national and international levels, and has conducted PCSWMM Workshops since 2000.
C. Gibson Chen, Ph.D, P.E. is the President of Avetin Engineering Ltd., a firm specializing in modeling, water resources planning, and infrastructure design. He worked in large consulting firms and involved various types of projects before founding his company. His background and experience includes flow meter installation and data collection, flow data QA/QC and statistical analysis, hydrological and hydraulic models, sewer system planning and design, stormwater BMP and treatment, and wastewater treatment improvements. He has been a SWMM user 1995, and has developed numerous models in Ohio, and has been using PCSWMM for several large modeling projects since 2002.
Mauricio Herrera, PhD., P.Eng. Currently works for EBA, A Tetra Tech Company, as a Water Resources Engineer out of the Vancouver office. Mauricio has utilized SWMM on a wide variety of hydrologic and hydraulic applications for projects in North America and overseas. Mauricio has been teaching SWMM and PCSWMM for the last 7 years.
Michael Gregory, M.Sc., P.Eng., P.E., has 21 years of experience in water resources planning, analysis, design, financing, and policy development throughout North America. His particular expertise is stormwater management modeling and municipal stormwater financing. He has developed hydrologic and hydraulic models of over 85 stormwater and wet weather collection systems and has designed numerous flood control, water quality treatment, stormwater reuse, and low-impact development (LID) facilities. He specializes in continuous hydrologic simulation for water balance calculations, nonpoint source water quality loading, sizing of sediment removal facilities, and assessment of erosion impacts to watercourses and inundation impacts to wetlands. He has also assisted with the development and technical support of a variety of stormwater modeling software. Mike has been the lead author and researcher on over 15 technical papers and peer-reviewed chapters in book publications. He has given over 30 podium presentations and invited lectures at local and international conferences, seminars, and universities. He has also taught over 180 novice and advanced model users as a lead instructor in 19 stormwater and water resources engineering training workshops.
All CHI Training participants attending the 2 day training receive
- PCSWMM Professional 2D software (60-day single user license),
- Urban Drainage Modeling workbook (ca. 400 pp) - an online workbook with PowerPoints and step-by-step exercises
- Rules for Responsible Modeling (300 pp) - modeling guide book; PDF format
- User's Guide to SWMM 5 (905 pp) - latest edition; PDF format
- Workshop training materials (i.e. exercise files, workshop evaluation, workshop certificate, etc.)
- Continental breakfast, lunch, beverages and snacks.
Participants attending the 1-Day Advanced training will receive online access to the Urban Drainage Modeling workbook (ca. 400 pp) and can purchase the Rules for Responsible Modeling & the 13th Edition of User's Guide to SWMM5 book at a discounted price.
Benefits of the training
- Learn how to analyze and use precipitation data from various sources such as local raingages, the National Weather Service, NEXRAD, and local design storms
- Master the EPA SWMM model and data input options
- Learn how to determine if a storm sewer trunk line is adequate
- Learn how to determine if a detention pond and associated outlet structure will reduce the peak flows as required
- Avoid errors in the use of the EPA SWMM model
- Learn why inlets can be one of the most significant components of a storm sewer system
What you get
- Select appropriate rainfall values for use in any software application
- Develop appropriate subcatchment data for use in the EPA SWMM model
- Develop appropriate storm sewer trunk line data for use in the EPA SWMM model
- Evaluate the proposed storm sewer trunk line for adequate capacity
- Use SWMM model to evaluate the capabilities of a detention pond and outlet structure to reduce peak flow values
- Compute the capacity of various inlet configurations in both on-grade and sag locations
After the training, you will be able to:
Design engineers, planners, technicians, regulatory officials and persons involved in urban drainage and stormwater management modeling are eligible for this course. To use the SWMM model all participants should acquire have basic computer skills typical of any engineering office. Undergraduate courses in hydrology and hydraulics would be advantageous.
CHI training is certified by the Florida Board of Professional Engineers.
To obtain your PCSWMM and register
Complete the online registration form to choose venue, calculate fees owing and complete the shopping cart checkout process.
The fee for the 2-day live training, time-limited PCSWMM Professional 2D software and all materials is $995 for US and Canadian venues. The 1-day Advanced live training, time-limited PCSWMM Professional 2D software and the Urban Drainage Modeling workbook is $495 for US and Canadian venues. The additional materials can be purchased at a discounted price when attending the Advanced training. Full-time students are entitled to a 30% discount, with proof of status.
Upon our receipt of the completed, required course evaluation, each participant will earn 1.5 Continuing Education Units or 3.0 CPDs in South Africa.
Attendees must bring their own laptops with the 60-day software license installed. A link will be provided to download the software one week prior to the workshop. PCSWMM requires the Microsoft Windows 8, 7, Vista, or XP (SP2) operating system, with the Microsoft .NET 4.0 framework installed, a minimum of 2GB of physical memory and 100MB of disk space. In addition, the workshop training requires a minimum screen resolution of 1600x768 pixels (to provide adequate room for both the instructions and the PCSWMM software on the same screen). Alternatively, dual monitors in which the primary screen is a minimum of 1280x768 pixels can be used; Microsoft Office (any year although preferably the professional version with Microsoft Access); and a proper mouse (unless you are especially fast with a touch pad).
We will supply a link to download the workshop software seven business days before the workshop. All attendees must download, install, and activate the software ahead of the workshop. Please notify us before the workshop if you have problems with the installation and/or activation. In addition, at the workshop venue, we will be installing various application files and perhaps some last minute executable files on your laptop, so it is essential that you have administrative rights to install and then remove software on your laptop (some company IT folks restrict your rights to do so). Please ensure you have such rights or know the administrator's logon procedures.
Details on location, computer requirements and convenient accommodation for a specific venue will be available closer to the date of the workshop as they are finalized. Registrants receive full information from CHI in their registration acknowledgement. Usually an excellent hotel with conference facilities, accessible to highways and airports, is selected.
Cancellation & Unforeseen Circumstance policy
Cancellations prior to 14 calendar days before the workshop will be refunded in full. Cancellations received within 14 days but prior to 7 calendar days before the workshop will forfeit 50% of the registration fee. Cancellations received less than 7 days before the workshop will not be refunded, however registrants will be eligible for a 50% credit towards any future workshop.
CHI retains the right to cancel the workshop. If the workshop is cancelled registrants will receive a full refund of the registration fee. CHI will not be liable for any other expenses occurred by the registrant. Normally cancellation will not occur within 7 days of the date of the workshop.
CHI also reserves to the right to perform the full training workshop live by GoToMeeting, in the event of unforeseen circumstances.
For more information
Contact CHI by phone: 519-767-0197, fax: 519-489-0695 or email: firstname.lastname@example.org
* PCSWMM is proprietary software owned by CHI and was written in Canada.
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