Provides young engineers and scientists, specializing in coastal and estuarine processes with a common background in knowledge, tools and skills.
Get to know the advanced control methods of electric drives for the most common types of electric machines.
There are thousands of materials available today. How can you select the right ones in your design projects? Explore the ...
Learn to convey your message more effectively and with more impact. Create a clear storyline, bring the right perspective and ...
Bridges and concrete structures are vulnerable to corrosion particularly MIC or MID. MID affects mechanical integrity of concrete and MIC ...
Learn to lead others effectively and achieve results together. Give positive direction to the behavior of others. Be a source ...
This course teaches how to design and select the control system elements (actuators, sensors, electronic equipment, algorithms and software), to ...
This course covers topics such as the potential and possibilities of digitization and the required changes in the current infrastructure ...
Gain more influence without the use of authority. Learn to build professional relationships, identify stakeholders' interests and fine-tune your communication ...
Learn how to simulate both rigid and flexible multibody system dynamics and how linear finite element models of individual flexible ...
In this course we will present the technical details of nonlinear finite element techniques and their implementation in modern CAE ...
Gain the necessary knowledge for the design of AM products using advanced digital design tools; technical fundamentals, industrial applications, design ...
Learn how to prevent or solve electromagnetic interference (EMI) in design, production, installation and in the use of electrical devices ...
Gain insight into the sources that decrease the quality of current and voltage, the problems involved and possible solutions.
Gain insight into the nature of electrical fields, the effect on insulation material and the derived construction principles.
Get an introduction in microwave engineering, passive components, active circuits (amplifiers), antenna systems, design tools and the vector network analyser.
Learn how to make fault calculations in electrical power systems and gain insight in the economic operation and control.
Learn about and practice with current approaches for time series analysis, modeling and forecasting.
Gain insight into practically usable methods for analyzing and modelling data for making predictions and decisions.
Develop a fundamental understanding of Reaction Engineering by solving reaction engineering problems trough reasoning.
