Our offer in Energy technology and electrical engineering

Electromagnetic compatibility

Preventing EMI and meeting EMC-requirements

Learn how to prevent or solve electromagnetic interference (EMI) in design, production, installation and in the use of electrical devices ...

Master lecture series: High voltage technology

Fields and high voltage constructions

Gain insight into the nature of electrical fields, the effect on insulation material and the derived construction principles.

Master lecture series: Power systems analysis II

Fault calculations, economic operation, control and stability

Learn how to make fault calculations in electrical power systems and gain insight in the economic operation and control.

Master lecture series: Electrical components

Insight in principles, characteristics and backgrounds of electric drives

Learn to understand the basic principles of electric drives and gain insight into the operation principle, characteristics and background of ...

Master lecture series: Microwave engineering and antennas

Microwave engineering, active circuits, antenna systems, ADS and vector network analysis

Get an introduction in microwave engineering, passive components, active circuits (amplifiers), antenna systems, design tools and the vector network analyser.

Power quality

Optimizing quality of current and voltage

Gain insight into the sources that decrease the quality of current and voltage, the problems involved and possible solutions.

Master lecture series: Advanced power electronics

Designing converters with analysis methods and business applications

Learn how to design power electronic converters through analysis methods and business applications.

Master lecture series: High voltage testing and diagnostics

Testing high voltage equipment and/or asset management

These lectures treat the various aspects of testing high voltage equipment and the value of the results.

Master lecture series: High voltage cable system

Wide introduction in technical and scientific aspects

Get acquainted with the design, types, production process, characteristics of cables and insulation materials and the lifespan of the system.

Master lecture series: Transients in power systems

Rapid phenomena caused by switching actions and atmosheric discharges

In these lectures you learn how to model power system components for transient analysis by means of lumped elements.

Hydrogen in the built environment

Theory and applications for sustainable projects Hydrogen is a clean and safe alternative to natural gas. In the future, homes and buildings will be heated and ...

Master lecture series: Control of rotating-field machines

Advanced motor control methods for IM, SM and (PMBL)DC motors

Get to know the advanced control methods of electric drives for the most common types of electric machines.

Master lecture series: DC and AC microgrids

Modelling and control

Learn how to model, control and design AC and DC microgrids and choose matching components and alternatives for the provision ...

Master lecture series: Dynamic control of power conversion in renewable energy systems

From theory to practice

These lectures will provide a systematic study on power conversion control in the renewable energy system.

Master lecture series: High Voltage DC

Physical challenges of HVDC power components

Get to know the various aspects that appear while using high DC voltage.

Master lecture series: Power system grounding and protection

Grounding practices and the influence on applied protection principles

Gain insight in grounding systems in high voltage networks and protection of power systems.

Multibody Dynamics: Flexibility

Use of finite element models for simulating flexible system dynamics

Learn how to simulate both rigid and flexible multibody system dynamics and how linear finite element models of individual flexible ...

Radar design

Characteristics and design effects in radar systems

Learn how the diverse subsystems of radar contribute to the total functioning of the complicated system and see the effect ...