Sustainable Maritime Engineering

Sustainable Maritime Engineering

Master of Science

Subject Matter and Objectives

How can we use our oceans sustainably? The international master’s program in Sustainable Maritime Engineering addresses this central question and combines engineering with the challenges of sustainability. Whether it’s low-emission ships, intelligent underwater robotics, or energy generation from the oceans, the program provides the knowledge needed to develop innovative solutions for a sustainable maritime future.
The program is designed for anyone who is passionate about the ocean and future technologies and who cares about environmental issues and sustainability. Creativity, a passion for international collaboration, and an enthusiasm for technology are ideal prerequisites.
Through its cooperation with the Ocean Technology Campus, the Fraunhofer Society, and the Leibniz Institute for Baltic Sea Research in Warnemünde, the program offers unique opportunities. Students benefit from access to innovative research facilities and practical projects, such as the use of the Nienhagen artificial reef. The program’s consistent international focus and the double-degree program with other European universities are distinctive features. This program is unique in Germany.

On June 23, 2025, the university’s Rectorate awarded this program the ”Internally Accredited Program" seal of quality.tesiegel.
 

Sustainable Maritime Engineering (M.Sc.)


Course Schedule

(Studienplan Wintersemester in Kurzform - zum Vergrößern bitte anklicken)
(Studienplan Sommersemester in Kurzform - zum Vergrößern bitte anklicken)

In addition to a broad foundation in engineering, students can choose from three areas of specialization:

  • Naval Architecture: Design of modern, low-emission ships
  • Ocean Engineering: Design of offshore technical installations, e.g., for energy generation
  • Underwater Technologies: Intelligent systems and robotics extending into the deep sea

The program promotes collaboration in international teams and the application of theoretical knowledge in real-world projects. Field trips, laboratory courses, and the use of modern research infrastructure, such as the research vessel “Limanda,” enrich the hands-on learning experience. 

The program promotes collaboration in international teams and the application of theoretical knowledge in real-world projects. Field trips, laboratory courses, and the use of modern research infrastructure, such as the research vessel “Limanda,” enrich the hands-on learning experience.