The bachelor’s degree program is divided into a foundation and orientation phase of two semesters and a bachelor’s phase of four semesters.

Basics and orientation phase: 1st-2nd semester

In the first two semesters, students acquire skills in basic subjects, in particular mathematics, technical mechanics, design engineering and materials science. At the same time, students learn the basics of computer science and business accounting. By the end of the second semester, a basic and orientation examination (GOP) must be passed. The GOP comprises the following modules:

„Mathematics for MB 1“, „Statics, elastostatics and strength of materials“ and „Materials science with materials testing practical course“.

Bachelor phase 3rd-6th semester

In the bachelor’s phase, the fundamentals in engineering mechanics are deepened through „Dynamics of Rigid Bodies“ and „Finite Element Methods“. Likewise, the constructive education is continued by the lectures „Machine Elements 1+2“, the corresponding construction exercises and a „Constructive Project Work“ taking place in the 5th semester. The lectures „Production Engineering 1+2“, „Optics and Optical Technologies“ and „Fundamentals of Metrology“ expand the competence profile of the students here in the 3rd-5th semester. Also taught are fundamentals in electrical engineering and electrical machines and also technical thermodynamics. Two university internships serve to deepen and practically implement what has been learned.

In addition to the compulsory program detailed above, 4 elective modules of 5 ECTS each must be taken from a catalog of currently 32 elective options. Likewise, 5 ECTS each of technical and non-technical elective modules must be taken.

In the sixth semester, the bachelor thesis is to be written under the supervision of a lecturer of the selected elective modules.

Brief overview: study structure

1st -2nd semester: Mathematics for MB 1+2, engineering mechanics (statics, elastostatics and strength of materials), technical representation (hand drawing and 3D CAD systems), fundamentals of computer science, materials science with materials testing practical course and industrial accounting.

3rd-4th semester: Mathematics for MB 3, Engineering Mechanics (dynamics, finite element method), Machine Elements 1+2 with design exercises, Production Engineering, Fundamentals of Electrical Engineering and Electrical Machines, Technical Thermodynamics, university internships and elective modules.

5th semester: optics and optical technologies, fundamentals of metrology, constructive project work (teamwork), further elective modules and elective modules.

Semester 6: Professional internship and bachelor thesis

• Interest in technology and solid basic knowledge of mathematics. Likewise, you should have no fear of contact with school physics, especially mechanics.
• Interest in how technical products work and how they can be manufactured.

In addition to the planning, development, design, production and assembly of technical products, the range of tasks of mechanical engineers also includes economic issues such as sales and management tasks. In the course of your studies, you will acquire in-depth knowledge in all these areas, which you can use in your future professional life.

Possible career fields include

• Research and development
• Design, calculation and testing
• Production planning and control
• Logistics and related topics up to plant management

Your fields of application are versatile and varied.