1 Jan-31 Dec
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EXPLORE ADVANCED MODELLING FEATURES IN WEST
This self-paced course enables you to take the next step in wastewater process modelling by exploring the power of advanced controllers, model calibration and scenario analysis in WEST. You will be guided through a typical workflow in WEST for improving a basic activated sludge process layout by assessing the impact of advanced aeration control, calibrating the model against measured data and optimising effluent quality and energy consumption. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH WATER DISTRIBUTION MODELLING USING WATERNET ADVISOR FOR EPANET AND MIKE+ WD
This modular, self-paced course gives you a general overview of WaterNet Advisor and its advantages. In concrete, you will get a kick-start in hydraulic modelling and receive a step-by-step introduction to the tools available in WaterNet Advisor. Fee: Free of charge
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English |
1 Jan-31 Dec
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OPERATIONALISING YOUR DATA AND MODELS
The purpose of this self-paced online course is to give you a general introduction and understanding of MIKE OPERATIONS and the most important steps in the configuration and set-up of an operational flood forecast system. Using MIKE OPERATIONS and MIKE HYDRO River the course brings you through seven modules starting with the acquisition of real-time data and ending with an automated flood forecast system. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH GROUNDWATER MODELLING
This self-paced course introduces you to the basic concepts of groundwater modelling using FEFLOW. Through twelve modules you will be introduced to the various aspects and applications of FEFLOW. Each module includes videos and/or reading materials as well as short quizzes and assignments to obtain in-depth knowledge. The course takes two hours to complete. Fee: Free of charge
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English |
1 Jan-31 Dec
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DIVE INTO DATA PROCESSING AND VISUALISATION WITH MIKE ZERO
Upon completion of this self-paced course you will be able to format time series data in a form that MIKE recognises and select appropriate time series attributes such as time type, value type, item type, and item unit. You will be able to import time series data into MIKE native formats and understand the basics of spatial data, projection, and coordinate systems. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH WATER DISTRIBUTION MODELLING USING MIKE URBAN+ WATER DISTRIBUTION (WD)
**MIKE URBAN+ HAS BEEN REPLACED BY MIKE+ IN THE MIKE 2021 RELEASE. This is a modular, self-paced course in MIKE URBAN+ Water Distribution (WD). Through four modules you will receive a general overview of MU+ and its advantages. In concrete, you will receive a step-by-step introduction to the basic functions of MIKE URBAN+ WD. Upon completion of your course you will be able to set up and run your very first model and be enabled to continue comfortably on more advanced MU+ WD courses. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH WATER QUALITY AND ECOLOGICAL MODELLING
Are you working with environmental engineering, management or assessment? Do you need a quick introduction to water quality and ecological modelling? Then this self-paced online course may be of interest! The course gives you an introduction to water quality and ecological modelling as well as how to apply MIKE ECO Lab, DHI’s numerical modelling tool for ecological modelling. The course is modular so you can follow it step-by-step! Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH THREE-DIMENSIONAL HYDRODYNAMIC MODELLING
Upon completion of this self-paced course, you will be able to set up and run a three-dimensional hydrodynamic model using MIKE 3 Flow Model FM. You will know how to apply forcing such as wind or boundary conditions, as well as change physical parameters such as bed roughness and dispersion coefficients. You will be able to activate the temperature and salinity model including the heat exchange section. You will know how to generate and evaluate model outputs. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH URBAN FLOOD MODELLING USING MIKE+ 2D OVERLAND FLOW (2D)
This is a modular, self-paced course in MIKE+Urban Flooding. Through four modules you will receive a general overview of MIKE+ and its advantages with focus on learning the basic functions of MIKE+ Urban Flooding. Upon completion of the course, you will be able to set up and run your very first urban flood model in MIKE+. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH URBAN DRAINAGE MODELLING USING MIKE URBAN+ COLLECTION SYSTEMS (CS)
**MIKE URBAN+ HAS BEEN REPLACED BY MIKE+ IN THE MIKE 2021 RELEASE. This is a modular, self-paced course in MIKE URBAN+ CS. Through five modules you will receive a general overview of MU+ and its advantages. In concrete, you will receive a step-by-step introduction to the basic functions of MIKE URBAN+ CS. Upon completion of your course you will be able to set up and run your very first model and be enabled to continue comfortably on our more in-depth and/or advanced MIKE URBAN+ CS courses. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH WATER DISTRIBUTION MODELLING USING MIKE+ WATER DISTRIBUTION (WD)
This is a modular, self-paced course in MIKE+ WD. Through four modules you will receive a general overview of MIKE+ and its advantages with focus on learning the basic functions of MIKE+ Water Distribution (MIKE+ WD). Upon completion of the course, you will be able to set up and run your very first model in MIKE+ WD. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH TWO-DIMENSIONAL HYDRODYNAMIC MODELLING
This self-paced course will teach you the basics of setting up and running a two-dimensional model applying MIKE 21 Flow Model FM. Upon completion of course, you will know how to apply forcing such as wind or boundary conditions, you will know how to change physical parameters such as bed roughness and viscosity and you will know how to generate and evaluate model outputs. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH URBAN FLOOD MODELLING USING MIKE URBAN+ 2D OVERLAND FLOW (2D)
**MIKE URBAN+ HAS BEEN REPLACED BY MIKE+ IN THE MIKE 2021 RELEASE. This is a modular, self-paced course. Through four modules you will receive a general overview of MIKE URBAN+ 2D Overland Flow and its advantages. In concrete, you will receive a step-by-step introduction to the basic functions of MIKE URBAN+ 2D Overland Flow (MU+ 2D) and learn how to couple a 1D network to a 2D overland model and run your very first simulation in MU+ 2D. Fee: Free of charge
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English |
1 Jan-31 Dec
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MANAGING THE IMPACTS OF UNDERWATER NOISE
Are you interested in knowing about the impact of underwater sound on marine life? Then this self-paced online course may be of interest to you! We carry you through all the steps of a risk-based approach, right from sound source description to impact management. This knowledge is used for EIAs of e.g. wind farms, seismic surveys, shipping, dredging and other human activities. Fee: Free of charge
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English |
1 Jan-31 Dec
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COASTAL SEDIMENT TRANSPORT AND MORPHOLOGY
This self-paced online course presents a broad overview of the field of coastal engineering. Through a number of modules we shall guide you through the three skills required for coastal engineering: 1) A basic understanding of the processes, 2) (numerical) modelling skills and 3) a thorough understanding of the context of the given project (coastal protection, morphological impact from structures, climate change, etc.).
Fee: Free of charge.
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English |
1 Jan-31 Dec
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GETTING STARTED WITH URBAN DRAINAGE USING MIKE+ COLLECTION SYSTEMS (CS)
This is a modular, self-paced course in MIKE+CS (MIKE 1D). Through five modules you will receive a general overview of MIKE+ and its advantages with focus on learning the basic functions of MIKE+ CS (MIKE 1D). Upon completion of the course, you will be able to set up and run your very first model in MIKE+ CS (MIKE 1D). Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH RIVER MODELLING
This self-paced course will teach you how to study river flow from scratch. You will learn about the basic functions of MIKE HYDRO River and see how it can help you tackle the most pressing water management challenges of today. Upon completion of the course, you will be able to set up and run your very first model in MIKE HYDRO River model. You will be on your way to becoming a river modeller. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH COLLECTION SYSTEM MODELLING USING WATERNET ADVISOR FOR MIKE 1D
Want to control your collection system network anytime, anywhere? Take this one-hour self-paced course for step-by-step instructions on how to access your MIKE+ Collection System (CS) models online using WaterNet Advisor CS. Learn how to import a MIKE+ CS file into the application, run hydraulic simulations, edit the data and view the results. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH STORMWATER MODELLING USING WATERNET ADVISOR FOR SWMM
Want to view clear and easy to understand SWMM model results? Take this one-hour self-paced course for step-by-step instructions on how to access your SWMM models online using WaterNet Advisor CS SWMM. Learn how to import an EPA SWMM file into the application, run hydraulic simulations and view and share the results from a desktop, phone or tablet using this one-of-a kind application. Fee: Free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH GROUNDWATER QUALITY MODELLING
This self-paced course will introduce you to the basic concept of modelling groundwater quality using FEFLOW. The course has been designed for consultants, engineers, hydrogeologist and geologist with some basic understanding of hydrogeological concepts. It is required you have certain understanding of the flow modelling workflows in FEFLOW.
Fee: free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH GEOTHERMAL MODELLING: OPEN-LOOP SYSTEMS
This self-paced course will introduce you to the basic concept of geothermal modelling using FEFLOW. Specifically, the course focuses on the modelling of open-loop geothermal systems. The theoretical part of the course about heat transport in FEFLOW also offers a good basis for other modelling geothermal approaches, such as Borehole Heat Exchangers.
Fee: free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH INTEGRATED HYDROLOGICAL MODELLING
This free, self-paced course will introduce you to the basic concept of integrated modelling for water resources management using MIKE SHE. You will learn about the basic functions of MIKE SHE and see how it can help you tackle the most pressing water resource management challenges of today.
Fee: free of charge
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English |
1 Jan-31 Dec
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GETTING STARTED WITH FLOOD MODELLING
Are you a new or a potential user of MIKE FLOOD? Then this free self-paced online course is suitable for you! The course gives you an insight into the benefits of coupling models together, and how to do that within MIKE FLOOD. The course is modular so you can follow it step-by-step!
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English |
1 Jan-31 Dec
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GETTING STARTED WITH SPECTRAL WAVE MODELLING
Do you have a basic knowledge of wave dynamics? Are you interested in getting a kick-start in spectral wave modelling? This self-paced course will teach you the basics of setting up and running a MIKE 21 spectral wave model as well as relevant tools in MIKE Zero that will allow you to view and present your model results. You will learn how to apply forcing such as wind or boundary conditions, change physical parameters such as bed roughness, as well as generate and evaluate model outputs. Fee: Free of charge
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English |
22 Nov-31 Dec
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GETTING STARTED WITH MODELLING OF REAL TIME CONTROL IN WASTEWATER COLLECTION, URBAN DRAINAGE AND RIVER SYSTEMS
This course is intended to teach you how to extend your MIKE+ urban drainage or river model with control rules for flow regulation structures. You will have a better understanding of the RTC potential and of its theoretical basis. Also, you will learn hands-on how to define sensors and control actions, and how to use them to create control rules. This knowledge will give you a good onset to explore MIKE+ Control and expand your abilities to model complex control schemes on your own. Fee: Free of charge
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English |
22 Nov-31 Dec
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INTRODUCTION TO STORMWATER AND WASTEWATER COLLECTION SYSTEMS MODELLING USING SWMM WITH MIKE+
This course has been designed in connection with Release 2022. Upon completion of this modular, self-paced course you will be familiar with the tools and workflows required to build, run and analyse results of a stormwater and wastewater collection system model using the USEPA’s SWMM computational engine. Fee: Free of charge
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English |
6-17 Dec
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FEFLOW
This comprehensive five-day course consists of two parts. The introductory part is identical to the course "Introduction to groundwater modelling". The advanced part aims at providing you with the skills for advanced modelling topics. Fee 2000,00 Euro
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German |
20-27 Jan
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CALIBRATION IN WATER SUPPLY
The informative value of the models is significantly increased if the hydraulic approaches are checked for plausibility by comparative measurements and calibration. Using practical examples, this three-module online course will teach you what is important in the design, implementation and evaluation of your measurement campaigns. Dates: 20. Feb. 24. Feb 27.Feb. Time: 09:00-11:00 UTC.
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German |
25 Jan-4 Feb
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INTRODUCTION TO TOXICOLOGY
This four-module online course will teach you the basic principles of toxicology, hazard end-points, and how different routes of exposure impact on toxicity. In addition, you will acquire an improved understanding of hazard and risk assessments and the principles and rationale behind toxicological testing.
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English |
8-15 Mar
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STRUCTURES IN MIKE+
During this three-module online course you will learn all about different structures, such as weirs, basins, pumps, and similar and how to implement structures into MIKE+. Dates: 8 Mar. 10 Mar. 15 Mar. Time: 09:00-11:00 UTC.
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German |
16 Mar
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REGULATORY AND APPLIED TOXICOLOGY
This two-hour online module addresses the pharmaceutical industry. We will define the terms Occupational Exposure Limit (OEL) and Permitted Daily Exposure (PDE) and explain their use for different purposes. This will include guidance on how to collect data, methods for deriving OEL and PDE, and relevant guidelines. We will also explain how to handle candidates for active pharmaceutical ingredients (APIs) with very sparse data and the OEB (Occupational Exposure Banding) system.
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English |
23 Mar
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REGULATORY AND APPLIED TOXICOLOGY
This two-hour online module focuses on substances of very high concern (SVHC) and how to define the critical effects. We will explain how to cope with SVHCs in various regulations (REACH, biocides/pesticides, cosmetics, medical devices and food regulation). We will describe how to look for and identify SVHCs and potential endocrine disruptors, including obligations and what to do in the different regulatory regimes. We wrap up with a status on the regulation of endocrine disrupting substances (EDCs).
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English |
6 Apr
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REGULATORY AND APPLIED TOXICOLOGY
In this two-hour online module we will define various types and terms of tolerable exposure levels and show how you can use them, including an explanation of relevant types of hazard data and how to collect these. You will learn to identify critical effects and a critical no-observed-adverse-effect-level (NOAEL) for derivation of tolerable exposure levels and how to adjust the NOAEL to relevant dose metrics. We will explain how to use assessment factors and how to evaluate non-threshold effects.
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English |