Creating a framework for integrated catchment modelling
Using MIKE SHE
An instructor-led online course
Discover how to execute integrated catchment modelling projects and support decision-making using MIKE SHE and MIKE HYDRO River.
Course details
Is this course right for me?
This course is right for you if:
✔️ You are an engineer, hydrologist or hydrogeologist working with water planning, water management or water infrastructure
✔️ You are interested in applying state-of-the-art tools to support holistic water-related decisions
✔️ You are curious to learn how MIKE SHE can help you make better decisions
✔️ You are prepared to complete a five-module instructor-led online course, supplemented by a one-hour introduction to the structure and methodology of the course, over six weeks
✔️ Your schedule allows you to allocate two hours to complete assignments for each module
What are my expected outcomes?
Upon completion of the course, you will be able to:
✔️ Set up integrated hydrological models using MIKE SHE
✔️ Run simulations across a variety of integrated catchment modelling projects
✔️ Review results across a variety of integrated catchment modelling projects performance
How will I learn?
This course includes five modules conducted via online live sessions by our qualified trainer. You will learn through a combination of instructor-led lectures, demonstration videos and quizzes, hands-on exercises and reading materials.
Throughout the course, you will have ample time to discuss tips & tricks, best practices and examples with your instructor and fellow participants.
A major part of the online sessions is allocated to group work, which is based on home assignments set by your trainer. For maximum benefits, you are strongly advised to allocate a minimum of two hours of self-study for each of the five modules. There will be no homework for the one-hour online introduction to the structure and methodology of the course.
Modules
This online course is divided into six sessions, a 1-hour introductory session and five 2-hour training sessions.
Introduction to course structure and methodology
Topics: Course materials and learning methodology, homework requirements, deadlines, introduction to Zoom meeting software
Module 1 | Integrated hydrology and hydrological modelling using MIKE SHE
Topics: Integrated hydrology, overview of approach, presentation of MIKE SHE and associated tools, learning how to build a model, exercise in setting up a flow model
Module 2 | MIKE SHE flow modules
Topics: Presentation of MIKE SHE modules, concepts, methods and input parameters, learning how to set up model scenarios, exercise in assessing the impacts of groundwater abstraction
Module 3 | Setting up a MIKE HYDRO River model and coupling with MIKE SHE
Topics: MIKE Hydro River, recommendations for coupling with MIKE SHE, working with structures, representation of floodplains, tips and tricks for stabilising models, exercise
Module 4 | Model calibration and sensitivity analysis
Topics: Definition of calibration, model calibration approaches, common difficulties, presentation of Autocal, simple examples and exercises using Auotcal
Module 5 | Natural catchment management using MIKE SHE
Topics: Natural catchment management approaches for managing flood risk and drought, managing climate change, common measures, benefit of integrated modelling, presentations of real-life examples, exercise in running scenarios
Instructor
Philipp Huttner
MSc, Environmental Engineering,
Technical University of Munich
BSc, Environmental Engineering,
Technical University of Munich
Pricing tiers
Regular Registration
€ 1,125
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Full access to MIKE SHE and MIKE HYDRO River modelling system during course
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30-day training license
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10% discount on purchase of MIKE SHE and MIKE HYDRO River licenses within six months
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Training certificate upon completion
Discounted Registration*
€ 1,012
50
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Full access to MIKE SHE and MIKE HYDRO River modelling system during course
-
30-day training license
-
10% discount on purchase of MIKE SHE and MIKE HYDRO River licenses within six months
-
Training certificate upon completion
*Customers with an active SMA or subscription
Fully integrated hydrological modelling with MIKE SHE
Analyse groundwater, surface water, recharge and evapotranspiration processes with the most advanced and flexible framework for integrated hydrological modelling
Express your interest today!
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