• Students are able to understand and calculate the basic electromagnetic relationships of electrical machines.
• Students will be able to interpret the function and design of selected electrical machines.

• Understand and apply the basic principles of electromagnetic energy conversion (k3)
• Calculate and analyse electrical machines and magnetic circuits (k3, k4)
• Understand the functional principles of electric drives (k3)
• Analyse and evaluate the operating behaviour of various electrical machines (k4)
• Quantitatively and qualitatively assess specific machine types (k4)

• Magnetic material properties of the materials used in electrical engineering *Materials and analytical calculation of magnetic circuits
• The electromagnetic energy conversion in general form

Commutator machines:

• Types of design
• Field characteristics in the machine and calculation principles
• Operating behaviour
• Control electronics

Rotary field machines:

• General introduction to rotating field machines (three-phase system, winding factors, etc.)
• Derivation of the basic equations for asynchronous and synchronous machines
• Operating behaviour and special features of asynchronous and synchronous machines
• Control electronics