Learn the basics of geology and rock mechanics and get practical guidelines for dealing with spatial variability and unforeseen ground ...
Learn how to model, control and design AC and DC microgrids and choose matching components and alternatives for the provision ...
Gain insight in the design and realization of high precision applications such as semiconductor lithography, medical systems and high performance ...
Gain insight in grounding systems in high voltage networks and protection of power systems.
Gain insight into the various aspects that appear while using high DC voltage.
Practical aspects of Reliability Engineering, essential to develop software of superior quality.
The load distribution, load-deformation mechanisms and all aspects of design and construction of a geosynthetic reinforced piled embankment will be ...
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 master advanced motion control concepts with knowledge of gain-scheduling, feedforward and self-learning feedforward, decoupling, override, split-range and ...
How do you organize in an innovative environment? Learn to organize your own project in both a Technology Development 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 behaviour of lightweight materials, the sustainability, the costs to realize a complete product and clear guidelines ...
Learn the basic theory of waves and flows in coastal areas, the basic principles of modelling in the SWASH model ...
