Online courses

Are you a new or a potential user of MIKE FLOOD? Then this free-of-charge, 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!

The purpose of this free-of-charge, 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.

This free 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.

This is a free, 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.

This is a free, modular, self-paced course. Through five modules you will receive a general overview of MIKE URBAN+ and its advantages. In concrete, you will receive a step-by-step introduction to the basic functions of MIKE URBAN+ Collection Systems (MU+ CS). Upon completion of your course you will be able to set up and run your very first model in MIKE URBAN+ CS and be enabled to continue comfortably on our more in-depth and/or advanced MIKE URBAN+ CS courses.

This selfpaced, modular course teaches you to address integrated urban flood modelling in a comprehensive way. Upon completion, you will be able to apply the features of MIKE URBAN+ that are essential to set up integrated urban flood modelling models, run simulations, review results across a variety of integrated urban flood modelling projects in flood risk management/planning, and related domains. Approx. 13 hours' investment of your time, including 2 one-to-one meetings with your own DHI urban tutor. Fee: €200

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

The aim of this four-module, instructor-led, online course is to provide you with an in-depth knowledge of the available tools, methodologies and procedures that can support the sustainable development and management of the physical environment in the coastal zone. The course includes also a one-hour introduction to the methodology and structure of the course. Dates: 22/10, 29/10, 5/11, 12/11, 19/11. Time: 07:00-09:00 (UTC). Fee: €750 ( Early Bird/deadline: 29/9) or €1,050 (Standard/deadline: 15/10).

This five-module, instructor-led, online course will address basic hydrology, model conceptualisation, coupling processes, model setup, model calibration and results analysis. MIKE SHE is tightly integrated with MIKE HYDRO River and the course includes a basic introduction to this. Dates: 5 Nov, 12 Nov, 19 Nov, 26 Nov, 3 Dec, 10 Dec 2020. Time: 08:00-10:00 UTC. Fee: €750 (Early Bird/deadline: 1/10) or €850 (Standard/deadline: 29/10)

This instructor-facilitated, online course provides you with the fundamentals of dynamic mooring analysis. You will be introduced to setting up a moored ship in a port, assessing vessel motions, fender and line forces. The course embraces 4 sessions and mandatory homework every week. Dates: 20 Jan, 27 Jan, 3 Feb, 10 Feb. Time: 8:00-10.00 UTC. Fee: € 600 (excl VAT).