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Master Shipbuilding and Maritime Engineering - Studies in Kiel
Beschreibung des Studiums
The master's program in Shipbuilding and Maritime Technology at Kiel University of Applied Sciences provides in-depth engineering knowledge for the maritime future. It is aimed at graduates of a relevant bachelor's program—e.g., shipbuilding, mechanical engineering, or mechatronics—and offers sound further training with a strong practical focus. The program lasts four semesters and concludes with the academic degree Master of Science (M.Sc.).
The program covers a broad spectrum of topics: from the design of modern ships – such as emission-free ferries or special vessels – to computational fluid dynamics (CFD) simulations and strength analyses using the finite element method (FEM) to materials science, ship dynamics, and construction with lightweight materials such as fiber composites. In addition, students gain in-depth mathematical and numerical fundamentals as well as knowledge of project management, business administration, and the organization of complex technical systems. Teaching takes place in small groups and is strongly project-oriented. Students work independently on study projects and their final master's thesis, often in collaboration with companies. The program can also be completed as an industry-supported degree, which is particularly attractive for young professionals in maritime companies.
Graduates go on to work in design offices, shipyards, classification societies, research institutions, or supplier companies. They actively shape the maritime energy transition – whether in the field of sustainable ship propulsion, maritime digitalization, or autonomous systems. The combination of sound theory, technical application, and close ties to the maritime industry makes the program an ideal career start in a future-oriented industry.
Fakten zum Studiengang
Fachbereich
Sprache
Regelstudienzeit
Kosten pro Semester
ECTS
Zulassungsvoraussetzungen
A first professionally qualifying degree in shipbuilding with a grade of at least 2.8 or a closely related professionally qualifying degree with a grade of at least 2.8, e.g. mechanical engineering, electrical engineering, automotive engineering.
Berufsbilder
Development of new ship types and shapes, Design and calculation of hulls, superstructures and equipment, Integration of innovative solutions such as wind-assisted, electric or hybrid drives and assistance systems to increase ship safety, environmental compatibility and economic efficiency, Planning and monitoring of production, assembly, conversion and repair.
Boschstraße 1