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Bachelor

Mechanical Engineering

Summary

Degree
Bachelor of Science (B.Sc.)
Standard program duration
7 semesters
Start of studies
Winter semester
Language
German
Admission
admission-free (no NC)
Enrollment requirements
none
© Roland Baege

What is it about?

Are you interested in mathematics, physics, electrical engineering, and computer science?

Are you interested in how to design, calculate, and build machines sustainably?

Do you enjoy figuring out how complex systems, such as production systems, work?

Interest sparked?

In this degree program, students work with topics such as:

  • mathematics, physics & chemistry
  • electrical engineering & computer science
  • machine technology, production engineering & materials science
  • technical operations management, modeling and simulation in mechanics
  • lab work, internships, project work, simulation games, and field trips are part of the program

Why study XY?

Suitable for you?

  • creativity
  • logical thinking
  • mathematical abilities
  • curiosity
  • technical understanding
  • analyzing
  • trying out new technologies
  • developing creative solutions
  • programming/coding
  • calculating

What can I expect during my studies?

The program is organized into a series of modules designed to build on one another throughout your studies. Students are encouraged to follow the recommended study plan, which outlines the modules assigned to each semester.

Study Plan of B.Sc. Mechanical Engineering

The structure of each module can be reviewed in the module manual. It provides detailed information on all modules offered within the degree program, including course content, examination formats and requirements, as well as requirements for participation.

Module Manual of B.Sc. Mechanical Engineering

Starting in the fifth semester, the following five profiles are available:

  • Mechanical Engineering
  • Production Engineering
  • Materials Engineering/Materials Testing
  • Technical Operations Management
  • Modeling and Simulation of Mechanics
Studierende sitzen in einer Vorlesung im Hörsaal. © Oliver Schaper​/​TU Dortmund

What’s next after graduation?

On a table are pads and sheets, a tray used by one hand. © avemario​/​Shotshop.com

I work, e.g.,

  • in automotive engineering
  • in pump and compressor engineering
  • in work and process planning
  • in materials development or materials testing
  • in research and development, as well as in the field of calculation

I work as, e.g.,

  • production engineer, production planner
  • industrial engineers, i.e., engineers who design and structurally improve processes in companies
  • manager in small and medium-sized enterprises
  • research and teaching scientist
  • consultant in industry

After the Bachelor’s studies, the following consecutive Master’s degree program is offered:

M.Sc. Mechanical Engineering

Other programs with related areas of study:

M.Sc. Manufacturing Technology

M.Sc. Logistics

M.Sc. Industrial Engineering

Who can help me?

Departmental Advisory Service

© Christina Schulz​/​TU Dortmund

For general questions about degree programs and studying at TU Dortmund University, you can contact the Central Student Advisory Service for support:

E-mail: zsb@tu-dortmund.de

Information hotline for initial inquiries: +49 231 755 2345

Office Hours at a glance

A group picture of students in a seminar room with the TU Dortmund logo. © Aliona Kardash​/​TU Dortmund

What does everyday student life actually look like? And what do students say about their degree program? For a student perspective, you can contact the student representatives (Fachschaft) of the subject.

Website of the 'Fachschaft Maschinenbau'

Important Information

Good to know!