What are you doing in mechanical engineering

Mechanical Engineering (Bachelor)

Brief overview

DegreeBachelor of Engineering (B.Eng.)
subject areamechanical engineering
Place of studySteinfurt
Type of studyFull-time study
Start of studiesWinter semester
Normal period6 semesters
classroom languageGerman
Semester fee297.34 € (winter semester 2021/22)

Requirements and enrollment

NCNo
Pre-study internshipAgainst the background of the Covid-19 pandemic, the mechanical engineering-related internship, which is regularly required as a prerequisite for enrollment, will be reduced from ten weeks to four weeks.
The internship can also include IT components with a maximum of 50% of the four weeks. In addition, proof of the internship does not have to be provided at the beginning of the course, but regularly until the beginning of the lecture period in the third semester.
Further admission requirements

Linguistic proficiency:

Applicants who did not acquire their study qualification at a German-speaking institution must prove their knowledge of German at level B2 according to the Common European Framework of Reference (GER), e.g. B. via the test "German as a foreign language" (TestDAF) with a grade of "3" or an equivalent certificate.

Enrollment in the courseThe registration deadline
ends on 08/15/2021.

To online enrollment

Detailed information on the course

Whether in mechanical and plant engineering, in automotive engineering, in the electrotechnical and chemical industry or in the steel industry: Mechanical engineering specialists are just as much in demand here as in process and environmental technology. The activities of development engineers are correspondingly diverse. Whether you are developing cars, planning a factory or designing a maize chopper - we will make you fit for the design, layout and dimensioning of components and machines, simulation and robotics, materials and production processes.

aims

The aim of our course is to train you to become engineers who can cope with the modern requirements of an industrial working environment and who actively shape development processes. After completing your degree, you will have technical expertise, know modern development methods, be able to present content professionally and have business background knowledge.

Occupational fields

As a mechanical engineer, you will work in one of the top industries in our country and actively shape its development. You can work in these professional fields after graduation:

  • construction
  • Research & Development
  • Production planning and control
  • Production
  • Management, corporate governance
  • Customer service, customer service
  • logistics
  • Quality management, quality assurance
  • Service & Maintenance
  • Initial and continuing education
  • Purchasing, procurement
  • Warehousing, materials management
  • Sales sale
  • Work preparation

In addition, our department offers the following master’s courses:

  • Master's degree in mechanical engineering with specializations in product development, computational engineering, agricultural engineering (possible as full-time and part-time studies)
  • Master's degree in industrial engineering, specializing in mechanical engineering

Content and course of study

In the first two semesters you will acquire the mathematical, scientific and technical basic knowledge for your studies. For example, you will take the following modules:

  • mathematics
  • physics
  • Statics
  • Materials engineering
  • Basics of construction

From the third semester onwards, you can choose between the specializations “General Mechanical Engineering” and “Plant Engineering”. There are also numerous elective modules that you can use to sharpen your professional profile in a targeted manner, for example:

  • Digital technology
  • Energy Technology
  • Basics of agricultural engineering
  • Programming basics
  • Project management
  • Quality management
  • Control technology
  • Heat and mass transfer
  • Steam / gas turbines
  • Innovative materials
  • Body technology
  • measuring technology
  • Production management applications
  • Flow simulation
  • process technology

In the final sixth semester you will complete a twelve-week internship. Then write your bachelor thesis.

That speaks for us

  • Math preparatory courses for new students
  • Numerous collaborations with international universities
  • high research activity with a high rate of third-party funding
  • numerous practical contacts in the industry
  • Excellent laboratory equipment with state-of-the-art test stands, sophisticated measuring technology and even scanning electron microscopes
  • Teaching with current PC pools and the latest software
  • uncomplicated relationship between students and teachers
  • optimal learning environment
  • Top placements in nationwide rankings

Course plan

Apply to the Münster University of Applied Sciences




Course information for download:



The application to study at Münster University of Applied Sciences