Learn how the diverse subsystems of radar contribute to the total functioning of the complicated system and see the effect ...
The load distribution, load-deformation mechanisms and all aspects of design and construction of a geosynthetic reinforced piled embankment will be ...
Learn about geotechnical concepts and relevant design approaches in the engineering of wind turbine foundations.
Get an introduction in microwave engineering, passive components, active circuits (amplifiers), antenna systems, design tools and the vector network analyser.
Learn to deal with higher strength steels, tackling the main aspects of production and fabrication processes, design and execution.
In this course the principles and possibilities of parametric design are explained in a practical and construction-oriented way. During the ...
Gain practical experience on implementing, using and optimising (advanced) motion control systems in industrial environments that deal with dynamic circumstances.
Gain basic knowlegde on motion control systems. You learn how to obtain a model suitable for control design, how to ...
Learn how to prevent or solve electromagnetic interference (EMI) in design, production, installation and in the use of electrical devices ...
Learn how to master advanced motion control concepts with knowledge of gain-scheduling, feedforward and self-learning feedforward, decoupling, override, split-range and ...
Learn how to implement and test advanced motion controllers in the controller hardware. You are able to minimize risks, make ...
Gain insight into the various aspects of testing high voltage equipment and the value of the results.
Get acquainted with the design, types, production process, characteristics of cables and insulation materials ans the lifespan of the system.
Learn how to design power electronic converters through analysis methods and business applications.
