Mechanical Engineering
Summary
| Degree | Bachelor of Science (B.Sc.) |
|---|---|
| Subject group | Engineering Sciences |
| Standard program duration | 7 semesters |
| Admission requirements |
none
|
| Start of studies |
Winter semester
|
| Language | German |
| Further information | Website of Department of Mechanical Engineering |
| Department | Department of Mechanical Engineering |
Overview
The Bachelor’s degree progam in mechanical engineering degree program is strongly research-oriented. Numerous research activities and various courses together with partners from industry ensure a practical education around product development and manufacturing.
The Bachelor of Science in Mechanical Engineering is a first professional degree and at the same time prepares students for a Master’s degree program in Mechanical Engineering. The program uses a variety of practical learning methods, such as laboratories, internships, project work, business games and excursions. In addition to technical knowledge, competencies such as the ability to work in a team, independent and scientific work, and critical thinking are also taught. In order to prepare for a targeted individual focus and to provide a secure basis for decision-making, the foundation of the engineering education is first laid by an intensive study of the required basic subjects. These are, for example, modules in mathematics, physics, chemistry, measurement technology, computer science, electrical engineering or mechanics. From the fifth semester onwards, students choose one of seven offered profile modules to specify their studies.
Skills and knowledge
No special prior knowledge is required. For this degree program, the preparatory course in mathematics is helpful. This serves to refresh and supplement the mathematics students have learned in school. It is offered once a year, in September, and lasts three weeks.
Field of activity
Wherever machines and plants are developed, built, operated and repaired, there are employment opportunities for mechanical engineers. Depending on the focus of their studies, they are employed, for example, in development, project planning, design and testing, production planning and monitoring, production and work preparation, quality assurance, maintenance and service, application consulting and sales. In addition, there are employment opportunities in engineering offices, with trade and professional associations, in research and teaching, with technical monitoring associations and in the public sector. Self-employment, e.g. in planning and design or as an expert, is also possible. Alternative fields of activity arise in corporate planning and consulting or in the field of technical editing.
Additional information
A total of 20 weeks of industrial internship is required - consisting of an eight-week basic internship and a twelve-week specialized internship. We strongly recommend that you complete the basic internship before you begin your studies. This will provide you with basic knowledge in the manufacture of workpieces and the assembly of subassemblies and products, as well as familiarizing you with the variety of different manufacturing processes. For more information, please visit the Internship Office pages.