Getting started with urban drainage modelling using MIKE+ Collection System (MIKE 1D)
INVESTMENT
Fee: No charge*
Time commitment - approximately two hours in total, divided as follows:
• Self-study: five modules, combining video lectures, demonstration videos, quizzes, handouts. Approximately two hours in total for you to get the maximum out of the course.
• (Optional) Additional reading materials can be made available for you to master the software at a greater depth. Please contact Presenter (contact details below).
PRODUCT
MIKE+ Collection System (MIKE 1D)
Urban drainage is required in developed urban areas due to the interaction between human activities and the natural water cycle. The two types of abstraction from the water cycle include water supply for human life and rainfall falling on impermeable surfaces. Both types of abstractions require the establishment and management of a drainage system.
This is a free, modular, self-paced course. Through five modules you will receive a general overview of MIKE+ and its advantages with a focus on learning the basic functions of MIKE+ Collection System (MIKE 1D). Upon completion of the course, you will be able to set up and run your very first model in MIKE+ Collection System (MIKE 1D).
You will be enabled to continue comfortably on the more in-depth course “A comprehensive course in urban drainage modelling using MIKE+ Collection System (MIKE 1D)”.
About MIKE+ Collection System (MIKE 1D)
MIKE+ is DHI’s integrated platform for modelling of urban water. MIKE+ helps you model all urban water systems, including water distribution, stormwater drainage, sewer collection in separate and combined systems as well as integrated urban flooding.
MIKE+ Collection System (MIKE 1D) offers a user-friendly and powerful platform for truly integrated modelling of all aspects of urban stormwater and wastewater collection systems.
IS THIS COURSE RIGHT FOR ME?
Are you interested in getting a kick-start in modelling the urban water environment? Do you want to find out how easy it is to work on models, using MIKE+ Collection System (MIKE 1D)? Do you need an overview of the MIKE+ programme and learn how to use the basic functions of MIKE+ Collection System (MIKE 1D) to start a project from scratch? If yes, you will benefit from this free, self-paced course.
WHAT ARE MY EXPECTED OUTCOMES?
Upon completion of the course, you will be on your way to becoming an urban water modeller. In this way, you will be able to set up and run your very first model in MIKE+ Collection System (MIKE 1D) and continue comfortably on more in-depth and/or advanced courses.
HOW WILL I LEARN?
Each module includes videos, materials and handouts that you need for model examples and quizzes. It will take you around two hours to complete the course at the time that fits your needs and requirements - and in the comfort of your own office, home or any location convenient for you.
MODULE DETAILS
Module 1 - First steps
Creating a new project and working with background layers
Module 2 - Network system (CS)
Basic features for creating a collection system from scratch and working with the attributes of the collection system
Module 3 - Hydrology
Creating catchments and connecting them to the network, specifying a rainfall-runoff model for the catchments
Module 4 - Boundary condition and simulation
Adding a rain time series und running the very first simulation
Module 5 - Results
Viewing basic results
PRESENTER
KATHARINA STEINMAYR, DHI AUSTRIA
MSc, Civil Engineering, Water Management, BOKU University, Vienna, Austria
Katharina is a MIKE+ specialist based in Vienna, Austria. In addition to project support of urban flood and drainage projects, Katharina offers customers´ support based on local challenges. She is responsible for positioning MIKE+ on the market, for training materials and training.
Katharina is an authorised DHI trainer.
IT REQUIREMENTS
- Reliable internet connection of sufficient bandwidth
- Access to MIKE+ installed. DHI demo version is sufficient for the material covered in this course. Please register yourself and download a demo version for free here.
RESOURCES
- Highlights of MIKE+ here
- THE ACADEMY Courses and Events Calendar - webinars
- THE ACADEMY Courses and Events Calendar - online courses
- A comprehensive course in urban drainage modelling using MIKE+ Collection System (MIKE 1D) - register here
- A comprehensive course in water distribution modelling using MIKE+ Water Distribution - register here
- A comprehensive course in integrated urban flood modelling using MIKE+ - register here
INFORMATION AND CONTACT
Katharina Steinmayr - kast@dhigroup.com
*In exchange for course access, you agree to receive marketing material from DHI group through e-mails, social media and apps about our products and services. You can unsubscribe anytime.
INVESTMENT Fee: No charge* Time commitment - approximately two hours in total, divided as follows:• Self-study: five modules, combining video lectures, demonstration videos, quizzes, handouts. Approximately two hours in total for you to get the m...
Course content
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Lesson Module 0 - Introduction
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How to download and install MIKE software
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How to set the high quality of videos
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Introduction to the course
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How to use this training material
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Lesson Module 1 – First steps
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Module_1.zip
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Create a new project
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User interface
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Add background layer
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1_Handouts_CS_MU+.pdf
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Quiz 1 - First steps in MIKE+
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Module_1_mupp.zip
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Lesson Module 2 – Network System
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Module_2.zip
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Creating nodes and changing symbol settings
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Creating pipes and canals
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Editing attributes – nodes
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Editing attributes – pipes and canals
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2_Handouts_CS_MU+.pdf
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Quiz 2 - Network System
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Module_2_mupp.zip
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Lesson Module 3 – Hydrology
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Module_3.zip
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Creating catchments
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Catchment connections
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Rainfall-Runoff model
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3_Handouts_CS_MU+.pdf
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Quiz 3 – Hydrology
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Module_3_mupp.zip
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Lesson Module 4 – Boundary Condition and Simulation
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Module_4.zip
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Adding boundary conditions
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Start simulation
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4_Handouts_CS_MU+.pdf
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Quiz 4 - Boundary Condition and Simulation
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Module_4_mupp.zip
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Lesson Module 5 – Results
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Layer
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Profile plot
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Time series
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5_Handouts_CS_MU+.pdf
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Quiz 5 – Results
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Final remarks
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Course evaluation 2021
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Learn more...
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