Degree Programs from A to Z
The subdivision of studies into technology, business administration, data processing, and logistics highlights the interdisciplinary orientation. Basic knowledge is imparted first within one area. In subsequent semesters students have the option to deepen their knowledge in the areas of intralogistics, transportation, and simulation. Additional qualifications and industrial internships round out the specialist knowledge and facilitate its application in the professional environment.
Upon completion of the Bachelor’s degree program, it is possible to delve deeper into specific disciplines in a Master’s degree program.
to the degree program Logistics (Bachelor of Science (B.Sc.))
Logistics ensures that companies and entire economies can control incoming and outgoing flows of material, information, energy, and even people. From procurement to production, distribution, and disposal, it cuts across all functional areas along the supply chain. Next to technology and business management, the most important tools are IT systems, teamwork, and leadership skills.
The Master of Science in Manufacturing Technology (MMT) focuses on the analysis of advanced manufacturing problems, with emphasis on the combination of scientific-theoretical courses and experimental industrial test setups. The Master’s degree program, conducted entirely in English, offers outstanding, motivated, and dedicated students an excellent university education in a research-based setting with industry collaborations. You can also experience intercultural exchange with your fellow students from all over the world.
to the degree program Manufacturing Technology (Master of Science (M.Sc.))
The Master’s degree program in mathematics prepares students professionally for challenging jobs in business and industry or in the public sector.
to the degree program Mathematics (Master of Science (M.Sc.))
Mathematicians are able to translate specific problems into mathematical questions, solve them, and draw conclusions for the application. The Bachelor’s degree program in Mathematics leads to an initial professional qualification. Furthermore, it prepares the graduate to pursue the Master’s degree program in Mathematics.
to the degree program Mathematics (Bachelor of Science (B.Sc.))
The Mechanical Engineering degree program is strongly research-oriented. Numerous research activities and a variety of courses conducted jointly with partners from industry ensure practical training in all aspects of product development and manufacturing.
to the degree program Mechanical Engineering (Bachelor of Science (B.Sc.))
Mechanical engineering makes a crucial contribution to our society's state of technical development. The production of all industrial and consumer goods depends on the work of mechanical engineers. Both the design of machines and plants and the development of new manufacturing processes require not only special technical expertise, but also well grounded knowledge in mathematics, physics, chemistry, electrical engineering, computer science, and business economics.
to the degree program Mechanical Engineering (Master of Science (M.Sc.))