Master's program in Civil Engineering

Regular duration of studies: 4 semesters

ECTS credits: 120

Course language: German

with restricted admission: no

Study structure and contents

The profile of the Master’s program in Civil Engineering consists of training to become a generalist in the specialist areas. For the specialization course, the student chooses two from the five main areas of "Engineering Structures", "Water and Environment", "Mobility and Infrastructure", "Technology and Management in Construction" and "Geotechnical Engineering".

A mentor assist the Master’s students. The mentor is a leading professor, university professor or private lecturer from one of the two choosen fields of study of the Master’s program in Civil Engineering. Together with the student, the mentor has to compose the focus and supplementary modules in such a way that a Master's program according to the desired profil is guaranteed.

The study program is completed with a Master's thesis, for which a duration of six months is planned.

Qualification goals

Graduates are able to independently apply their scientifically and interdisciplinary knowledge and methods in the fields of systems analysis, measurement technology, modeling and management, even across disciplines. They evaluate their importance and scope for solving complex scientific and social problems. They develop novel problem solutions that go beyond the application of established structural engineering or building science rules, and thus break new technical and scientific ground.


Online via the KIT Applicant Portal

The MHB contains important information about the study program that supplements the SPO. You will find information on mentoring, module selection and explanatory information on additional services and self-registration of interdisciplinary qualifications.

For students with start from winter semester 2017/18 (SPO 2017)
Module handbook (status: March 6, 2024) (course of study refer to sec. 2) (pdf, 1.687 kB)

Courses and timetables, see course catalogue

Dachfenster von untenMartin Fenchel