Study Type

graduate

Admission semester

Summer and Winter Semester

Focus

Electrical Energy Engineering, Communication Technology and Microelectronics, Mechatronics

Target group

Future graduates may work, in agreement with the above-mentioned course objectives, in mechanical and plant engineering, electrical engineering and electronics, the automotive and aerospace industry and automation technology, in robotics, microsystems and precision engineering as well as media technology, in the field of energy systems and high-voltage engineering, electric drives and power electronics, regenerative energy innovations, audio and video technologies, intelligent power grids, energy-efficient IT systems, fast transmission technologies and optimised medical technology.

Annotation

Also possible as a degree course with practical training (PBS). For more information see https://www.fh-kiel.de/studium/studienangebot/duales-studium/praxisbegleitetes-studium/

Admission modus

Without admission restriction

Admission requirements (Link)

Admission requirements

A first qualifying technical degree with a minimum grade of 2.9 and 210 credit points according to ECTS or a closely related academic degree with a minimum grade of 2.9 and 210 ECTS credits. If the previous study comprises at least 180 and less than 210 ECTS points, the missing credits will have to be made up.

Fees

Fees (Link)