Learn how to design power electronic converters through analysis methods and business applications.
This course will address the business aspects of innovation, working in an industrial innovation environment and the organization of industrial-academic ...
Strengthen your personal leadership: what you stand for and how you give direction to yourself and your work. Learn to ...
In these lectures you learn how to model power system components for transient analysis by means of lumped elements.
These lectures treat 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 and the lifespan of the system.
Learn to use the techniques necessary for analysing big data sets to detect (statistical) patterns.
This course will cover topics such as biological and microbial stability, DWDN's micro environment and mechanisms and maintaining/regulating distribution systems.
Gain insight into the sources that decrease the quality of current and voltage, the problems involved and possible solutions.
Overview of applications and new rules and guidelines for geosynthetics under stone revetments on dikes and geotextile sand elements in ...
Learn about geotechnical concepts and relevant design approaches in the engineering of wind turbine foundations.
This course covers topics such as the potential and possibilities of digitization and the required changes in the current infrastructure ...
This course covers raffinate and extract layers, equilibrium extraction processes, flood rates and extraction columns.
Learn how to model, control and design AC and DC microgrids and choose matching components and alternatives for the provision ...
These lectures will provide a systematic study on power conversion control in the renewable energy system.
Get to know the various aspects that appear while using high DC voltage.
Gain insight in grounding systems in high voltage networks and protection of power systems.
Learn about and practice with current approaches for time series analysis, modeling and forecasting.
Learn the basics of geology and rock mechanics and get practical guidelines for dealing with spatial variability and unforeseen ground ...
Learn how to simulate both rigid and flexible multibody system dynamics and how linear finite element models of individual flexible ...
