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Introduction to the Visual Modflow Course Over the last two decades, the environmental industry has seen a dramatic increase in the application, understanding and acceptance of numerical modeling techniques for simulating groundwater flow and contaminant transport. During this time, the USGS' Modflow and Modpath, and the popular contaminant transport program MT3D, have become worldwide standards for 3-D groundwater flow and contaminant transport modeling. In addition, new programs like MT3DMS and RT3D are being introduced to support the latest developments in multispecies contaminant transport and natural attenuation modeling. Unfortunately, these programs are all FORTRAN-based codes requiring cryptic codes and strict data formats. Graphically-oriented software packages such as Visual Modflow have revolutionized the way these modeling programs are applied. Visual Modflow's seamless modeling environment combines Modflow, Modpath, and all popular versions of MT3D with a powerful and intuitive graphical interface for easily assigning input parameters, running the simulation, calibrating the model, and visualizing the results (in plan view and cross section). As a result, this industry has witnessed some incredible advances in the development and application of groundwater models, from water resources protection and management to groundwater remediation system evaluation and optimization. Now professional groundwater flow and contaminant transport simulations can be performed quickly and easily by any groundwater professional or environmental engineer, from first-time modelers to experienced experts. The Visual Modflow Short Course provides you with a unique opportunity to learn both basic and advanced techniques in three-dimensional groundwater flow and contaminant transport modeling. This is a unique opportunity to be taught by the recognized experts in the field using the most widely applied groundwater modeling software package in the world. Visual Modflow Course Description This three-day two-evening course will cover the use of Visual Modflow and its applications to two- and three-dimensional groundwater flow and contamination transport problems. This is a hands-on course emphasizing practical applications of Modflow, Modpath, and MT3D such as evaluating remediation alternatives (e.g., pump-and-retreat, funnel-and-gate, and trench-and-drain systems); simulating intrinsic remediation of groundwater plumes; delineating well capture zones; and identifying preferred flow and exposure pathways for human health and ecological risk assessment. The first half of the course will focus on developing a strong knowledge base on the basics of groundwater modeling and learning how to use Visual Modflow. The second half of the course will focus on a two-day problem solving exercise where each participant will actively participate in a team environment to solve a real groundwater flow and contaminant transport problem. Starting from the analysis and interpretation of real field data (site maps, topography, borehole logs and pumping tests), each participant will learn how to:
No other groundwater modeling course offers a more complete coverage of the topics and applications you need to become a qualified groundwater modeling professional
The course is 'applications oriented' and is designed for practitioners, those who undertake the modeling studies and those who review the work of others. Professional and technical staff from the environmental agencies, water companies, consultants, and industrial and agricultural users of groundwater will find it valuable. The course is suitable for both the novice modeler and those with considerable professional experience. Participants attending this course will be able to include their applied modeling capabilities in project proposals. No prior experience of Visual Modflow, Modpath or MT3D is required although a basic knowledge of groundwater flow and hydrology is useful. Standard Modflow has always represented a steep learning curve for new users. Those new to modeling will find that Visual Modflow allows them to produce professional Modflow/Modpath simulations with a minimum of experience and practice. Professional users of Modflow will find in Visual Modflow the integrated modeling environment they have always wanted. It has a superb graphical user interface which allows quick and accurate simulations of two- and three-dimensional complex hydrogeologic systems using the official USGS Modflow and Modpath (important in litigation). Calibration graphs and the ability to plot head vs. time at any spatial location are other features experienced modelers will appreciate. From start to finish, simulations take a fraction of the time other packages take resulting in higher productivity and lower project costs. In addition, Visual Modflow can instantly convert most three-dimensional Modflow files into its format allowing further study of sites at substantial savings in time and money. Visual Modflow's multidimensional, graphical presentation of head contours, velocity vectors, and pathlines are additional features useful to both new and experienced users. Visual Modflow Course Software
All software provided for use at the course are not included in the public domain and cannot be copied or distributed free of charge. Purchase of these software packages is not included in the course fees but will be available at a 15% discount upon completion of the course. Technical and pricing questions about the Visual Modflow software should be directed to Scientific Software Group at 703-620-9214 or e-mail to: info@scisoftware.com. Visual Modflow Course Instructors Nilson Guiguer, Ph.D., is the author of several groundwater models including FLOWPATH, FLONET/TRANS and Visual Modflow. He received his Ph.D. in hydrogeology from the University of Waterloo where he also taught the graduate level course "Mathematical Modeling of Groundwater Systems" during his teaching and postdoctoral fellowship. He has also been involved in delivering professional short courses around the world from the United States to Spain, Australia and Japan. Thomas Franz, M.A.Sc., has conducted numerous modeling studies for impact assessments on landfill sites, feasibility studies for soil and groundwater remediation under Superfund, and groundwater protection schemes. He holds graduate degrees in civil engineering from the University of Stuttgart, Germany and in hydrogeology from the University of Waterloo. He has authored several groundwater models including Visual Modflow, FLOWPATH, FLOTRANS, and AIRFLOW/SVE. Paul Martin, M.Sc., P.Eng., has more than eight years of professional groundwater modeling experience. Mr. Martin has completed numerous consulting projects for the feasibility and design of appropriate remedial measures, environmental impact assessments, water supply development, wellhead protection projects, contaminant site assessments, and development of environmental data management systems for efficient model generation. As a recognized expert in both finite element and finite difference groundwater modeling, Mr. Martin has been an invited lecturer at the University of Waterloo, Middle-East peace talks, and Massachusetts LSP Association, as well as an instructor at numerous practical groundwater modeling courses. Hugh McCreadie, M.Sc., P.Eng., has 17 years experience in geochemistry, hydrogeology, numerical modeling and training. Hugh's projects have included a wide range of hydrogeologic settings including fractured bedrock and porous media in climates that range from continental to tropical in locations around the world. His field investigations and modeling studies have included landfills, mine sites, industrial sites and groundwater supplies. He has delivered training courses on groundwater modeling internationally and is a published author on topics ranging from groundwater investigation protocols to natural attenuation processes in groundwater flow systems. Hugh is experienced with a wide range of finite-difference and finite-element flow and transport models including 12 years experience with the MODFLOW family of programs. Visual Modflow Course Schedule 3 days and 2 nights of lecture and hands-on lab exercises:
Groundwater Modeling I - $ 1,075 20% discount if registering for both Groundwater Modeling I and II Visual Modflow Course Registration Download Registration Form Advance registration is necessary for participation in our limited-enrollment short courses. Preregistration is required to receive course material. Registration by phone or fax is preferred. If you must register by mail, also fax a registration form to us indicating that payment (check or Government purchase order) will follow by regular mail. The registration fee covers notebook and materials, instruction, and beverage breaks. If you must register at the last minute, please call us to confirm that space is available in the course. If you require special arrangement for handicap facilities, equipment, materials, or diet, please indicate such when registering for the course. When registering, please indicate requirements for handicapped facilities, equipment, materials, or diet. Team Discounts: A discount of 20% off each registration fee is applied when at least 5 people from the same company register simultaneously for the same training course. Registrations must be submitted with total payment (check, Government Purchase Order, or credit card) together to qualify. Course Cancellation Policy/Substitutions: A 100% refund is granted for course cancellations if SSG is notified at least three weeks before the course. Cancellations made less than three weeks prior to the course will receive a $150 cancellation charge. One substitute is permitted per registrant for the entire course; daily substitutions are not permitted. Notification must be given prior to the first day of the course when a substitution will occur. Airline Information: Please do not purchase nonrefundable airline tickets more than 21 days prior to the course. Should a course require cancellation, we are not responsible for nonrefundable airline tickets. Logistical Information: On-site registration occurs from 7:30-8:00 a.m. on the first day of the course. Daily instruction is from 8:00 a.m. to 10:00 p.m. with beverage, lunch and dinner breaks. For additional hotel, tourist information, or directions, contact your travel agent or the host city's chamber of commerce. Tax Deduction for Education Expenses: An income tax deduction is permitted for education expenses (registration fee, cost of travel, lodging, and books) undertaken to either maintain/improve skills required in one's employment/business, or meet expressed requirements of an employer imposed as a condition to retain employment, rate status, or rate of compensation. Meals and beverages may be deductible up to 50%. Guarantee: If you are not completely satisfied with the content of this course, the entire registration fee will be refunded within 30 days of the program. Please submit in writing the reason(s) you were dissatisfied within 30 days of the course. Note: We reserve the right to amend courses, change speakers, or revise topic outlines as necessary to ensure a quality program. |
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Visual Modflow Overview
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Scientific Software Group P.O Box 708188 Sandy, Utah 84070
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