5-26 Sep 22 days
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FEFLOW - Introduction and advanced topics
This instructor-led online course provides comprehensive training in groundwater modelling using FEFLOW. The program consists of ten 2-hour sessions broken into two parts. The introductory modules cover how to work with flow and mass transport modules while the advanced modules focus on skills related to dedicated modelling topics. The course takes place every Monday, Wednesday and Friday from 08:00-10:00 UTC and costs € 2000 (excl. VAT).
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Online |
English |
6-8 Sep 3 days
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MIKE FLOOD - Integrated 1D and 2D river flood modelling
During this three-day, in-person course on river flood modelling, you'll learn how to integrate a 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21).
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France |
French |
14-15 Sep 2 days
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MIKE+ - Introduction to water distribution modelling
Register for this two-day, in-person course for an introduction to data management and numerical modelling (EPANET) of water distribution systems. Upon completion, you'll be able to use MIKE+ software to develop your own models by importing GIS data and editing the model data, run hydraulic and water quality simulations, review and present simulations results.
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Switzerland |
French |
20-22 Sep 3 days
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MIKE FLOOD - Integrated 1D and 2D river flood modelling
During this three-day, in-person course on river flood modelling, you'll learn how to integrate a 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21).
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Algeria |
French |
27-29 Sep 3 days
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MIKE FLOOD - Integrated 1D and 2D urban flood modelling
During this three-day, in-person course, you'll learn all about urban flood modelling including how to integrate a 1D urban drainage model (MU CS) and 2D overland flow model (MIKE 21).
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France |
French |
27-29 Sep 3 days
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MIKE FLOOD - Integrated 1D and 2D river flood modelling
During this three-day, in-person course on river flood modelling, you'll learn how to integrate a 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21).
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Tunisia |
French |
28-29 Sep 2 days
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LITPACK - Sand transport modelling in the marine environment
During this two-day, in-person course, you will discover the fundamentals of sand transport modelling for both pure currents and a combined waves and current regime. Learn how to establish a morphological baseline and estimate the overall coastline evolution in areas represented by quasi-uniform depth contours.
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Algeria |
French |
5-19 Oct 15 days
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MIKE 21 Mooring Analysis (MA) - Dynamic analysis of moored vessels
Learn the fundamentals of mooring analysis and practical applications of MIKE 21 Mooring Analysis software in this online, instructor-led course. We’ll walk you through how to set up a moored ship in a port subject to environmental forces such as waves, currents and wind. After three sessions, you’ll be well versed in dynamic mooring systems and will feel confident running simulations and interpreting results. Registration starts at just € 607.50 for 7-hours of training. Space is limited - register today!
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Online |
English |
5-6 Oct 2 days
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MIKE+ - Introduction to urban stormwater and wastewater collection systems modelling
Register for this two-day, in-person course to learn basic modelling concepts for urban hydrology and drainage network hydraulics as well as to the practicalities of MIKE+ Collection Systems. Upon completion, you'll be able to set up and run simple MIKE+ CS models.
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France |
French |
7-28 Oct 22 days
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FEFLOW - Introduction and advanced topics
This instructor-led online course provides comprehensive training in groundwater modelling using FEFLOW. The program consists of ten 2-hour sessions broken into two parts. The introductory modules cover how to work with flow and mass transport modules while the advanced modules focus on skills related to dedicated modelling topics. The course takes place every Monday, Wednesday and Friday from 08:00-10:00 UTC and costs € 2000 (excl. VAT).
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Online |
English |
24-26 Oct 3 days
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FEFLOW - Introduction to groundwater modelling
Register for this three-day, in-person course for an extensive introduction to groundwater modelling using FEFLOW. Learn the basic concepts of the software by building flow and transport models (2D/3D).
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Switzerland |
French |
27-28 Oct 2 days
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FEFLOW - Numerical modelling for geothermal installations
During this two-day, in-person course, you'll learn the principles of geothermal modelling using FEFLOW.
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Switzerland |
French |
2-3 Nov 2 days
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LITPACK - Sand transport modelling in the marine environment
During this two-day, in-person course, you will discover the fundamentals of sand transport modelling for both pure currents and a combined waves and current regime. Learn how to establish a morphological baseline and estimate the overall coastline evolution in areas represented by quasi-uniform depth contours.
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Morocco |
French |
14-16 Nov 3 days
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FEFLOW - Introduction to groundwater modelling
Register for this three-day, in-person course for an extensive introduction to groundwater modelling using FEFLOW. Learn the basic concepts of the software by building flow and transport models (2D/3D).
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France |
French |
16-17 Nov 2 days
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MIKE+ - Advanced modelling of collection systems
Join this two-day, in-person course to gain advanced knowledge of data management and numerical modelling of urban collection system networks (separate and combined). Upon completion, you'll know how to set up and run complex MIKE+ Collection Systems models.
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France |
French |
16-17 Nov 2 days
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MIKE+ - Introduction to urban stormwater and wastewater collection systems modelling
Register for this two-day, in-person course to learn basic modelling concepts for urban hydrology and drainage network hydraulics as well as to the practicalities of MIKE+ Collection Systems. Upon completion, you'll be able to set up and run simple MIKE+ CS models.
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Algeria |
French |
16-17 Nov 2 days
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MIKE HYDRO Basin - Introduction to river basin modelling
This two-day, in-person course offers a complete overview of how to use MIKE HYDRO Basin to support river basin management and reservoir operations. You'll be exposed to different aspects of river basin management including hydropower, surface water groundwater interaction, irrigation, and water quality.
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Tunisia |
French |
16-17 Nov 2 days
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LITPACK - Sand transport modelling in the marine environment
During this two-day, in-person course, you will discover the fundamentals of sand transport modelling for both pure currents and a combined waves and current regime. Learn how to establish a morphological baseline and estimate the overall coastline evolution in areas represented by quasi-uniform depth contours.
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France |
French |
16-17 Nov 2 days
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MIKE URBAN+ - Modelling of Stormwater for Green Cities
Register for this two-day, in-person course for an introduction to how to model various types of green infrastructure in MIKE URBAN+ and their effect on different types of storm events. You will also learn how to model storm water quality during this course.
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France |
French |
17-18 Nov 2 days
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MIKE 21 - 2D hydrodynamic flow modelling using flexible mesh
Register for this two-day, in-person course to learn the fundamentals of 2D hydrodynamic modelling (HD). Receive an introduction on how to set up a hydrodynamic model using the MIKE 21 Flow Model HD FM model and flexible mesh bathymetry.
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Morocco |
French |
17-18 Nov 2 days
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FEFLOW - Mass Transport Modelling
During this two-day, in-person course, you will learn the skills required for mass transport modelling. Depending on the needs of the participants, a selection of topics will be offered.
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France |
French |
23-24 Nov 2 days
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MIKE+ - Introduction to urban stormwater and wastewater collection systems modelling
Register for this two-day, in-person course to learn basic modelling concepts for urban hydrology and drainage network hydraulics as well as to the practicalities of MIKE+ Collection Systems. Upon completion, you'll be able to set up and run simple MIKE+ CS models.
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Tunisia |
French |
23-24 Nov 2 days
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MIKE 21 Shoreline Morphology - Creation of morphodynamic shoreline studies
This four-module, online course outlines the steps required to undertake a morphodynamic coastal study.
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France |
French |