Course content

Current, voltage, power and energy in DC circuits. Use of multimeter. AC current and effects. Magnetism, generators, transformators and motors. PLS. Powerdistribution and controll. Noice and EMC. DP-systems. Data and telecomnetworks.

Learning outcome

Learning outcomes - Knowledge:

Have a general understanding of electricity and voltage, both direct current (DC) and alternating current (AC). Have a thorough understanding of power and energy concepts. Have a general understanding of how an AC motor works and understand the significance of the most important data for a motor. Have an understanding of the structure and functioning of PLC (Programmable Logic Controller) systems and some sensors and transducers' operating methods and use in PLC systems. Have a general familiarity with issues related to electrical noise and EMC (Electromagnetic Compatibility). Have a general understanding of automation systems and propulsion control systems on a ship.

Learning outcomes - Skills: Be able to conduct simple measurements on a low-voltage electrical installation. Be able to actively manage fault situations in the boat's electrical system.

Learning outcomes - Competence: Be able to communicate meaningfully with professionals about functional problems, faults, and other issues for electrical systems on a boat. Understand the main features of power generation, distribution, and control on a boat.

Learning methods and activities

Pedagogical methods: Lectures, project-based teaching and laboratory exercises. Mandatory work requirements: Mandatory submission of 3 laboratory reports.

Compulsory assignments

• Mandatory assignment

Specific conditions

Course materials

Ove Auli: Elektroteknikk, teknisk fagskole, Gyldendal