Learn how to design power electronic converters through analysis methods and business applications.
Gain insight into the various aspects of testing high voltage equipment and the value of the results.
Learn how to model power system components for transient analysis by means of lumped elements.
Learn the essential data science skills that you need for developing and using adequate predictive analysis models for decision making ...
Learn about and practice with current approaches for time series analysis, modeling and forecasting.
The load distribution, load-deformation mechanisms and all aspects of design and construction of a geosynthetic reinforced piled embankment will be ...
Learn how to design the control loops in a plant in a structured way: defining the targets for the control ...
Get an overview of conventional process control systems and learn how to solve common control issues with smart control solutions.
Get started on a test setup to optimally set the arrangements of the most common basic process controls.
Get acquainted with advanced solutions for a number of common problems in controlling processes.
Learn to realize/ implement the advanced control systems in such a way that the risks of product and/or production loss ...
Learn the basics of geology and rock mechanics and get practical guidelines for dealing with spatial variability and unforeseen ground ...
Gain insight in the design and realization of high precision applications such as semiconductor lithography, medical systems and high performance ...
Learn how to model, control and design AC and DC microgrids and choose matching components and alternatives for the provision ...
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.
Gain insight into practically usable methods for analyzing and modelling data for making predictions and decisions.
Practical aspects of Reliability Engineering, essential to develop software of superior quality.
Gain practical experience on implementing, using and optimizing (advanced) motion control systems in industrial environments that deal with dynamic circumstances.
