Does MIT offer a bachelor's degree in robotics

Robotics degree

An overview of the right universities and courses of study

Would you like to have even more choice of courses or are you looking for related topics? Then take a look at the overview page of the Industry, Production & Materials department and find even more courses.

  • General university entrance qualification or
  • Fachhochschulreife or
  • Subject-specific higher education entrance qualification
  • Under certain conditions it is also possible to study without a high school diploma
  • Completed first degree between 180 and 210 ECTS in the fields of mechatronics, electrical engineering, mechanical engineering or packaging technology
  • Partial proof of a certain average grade in the first degree
  • Depending on the orientation of the degree program, proof of English is also required

personal requirements

  • Good imagination and abstraction
  • Technical understanding
  • Good reasoning
  • Interest in mathematics and physics

Numerus Clausus (NC) for robotics

The robotics course is free of admission at most universities - at least at the current time (summer semester 18) all applicants have been admitted. This can of course be very different in the next semesters. So far it looks relatively relaxed if you want to start studying robotics.

Most of the robotics courses in the master’s degree are also free of admission. However, some universities require a certain average grade in order to be admitted to the course.

What can you expect in terms of content in a robotics degree? As in almost every other first degree, the robotics degree creates a solid basis on which you can then build. In the robotics course, these are primarily the basics of mathematics, physics, computer science and programming, but also business basics.

Only in the further course of your studies does the content become more and more specific. Here you can expect the following topics, among others:

  • Basics of electrical engineering
  • Electronic components and circuit technology
  • Electrical measurement technology
  • Digital technology
  • Microcomputer technology
  • Electric drives and networks
  • Signals and systems
  • Basics of control and regulation technology
  • Control and converter technology
  • Kinematics and control of robots
  • Image processing
  • Motion control
  • Hardware and software design in automation technology
  • Simulation techniques
  • Design of mechatronic systems
  • Control technology and industrial bus systems
  • Technology of CNC-controlled machine tools
  • Robot programming
  • Practical control engineering

And what about in the master’s?

As in most other engineering courses, it is advisable to add a master's degree to the successfully completed bachelor's degree in the field of robotics. Your knowledge increases enormously, becomes more specific and differentiated and you can also better qualify yourself for management tasks. You can read more reasons why a master's degree in engineering is worthwhile in our article of the same name!

The Robotics Master builds on existing knowledge and deepens it. For example, you are working in a very specific area of ​​robotics and automation.

For example, you can specialize in one of the following areas and develop creative solutions for complex technical problems:

  • Mobile robots, autonomous systems and robot vision
  • Fiber composite and special materials
  • Optical sensors, computer vision
  • Control engineering
  • Electric drives and gear technology
  • Embedded Systems

Leadership and social skills as well as intercultural skills are also dealt with to a greater extent in the Robotics master's degree. Like the bachelor's degree, the master’s degree is also geared towards practical application. This is particularly reflected in the accompanying exercises for lectures, internships or project work.

Depending on the orientation, the robotics degree is completed with a Master of Science (M.Sc.) or Master of Engineering (M.Eng.)

  • Graduation: Bachelor of Engineering (B.Eng.) Or Bachelor of Science (B.Sc.)
  • Duration: 6 - 7 semesters
  • Type of study: almost exclusively full-time, currently only a dual course
  • Particularities: often an internship semester is integrated into the course
  • Graduation: Master of Engineering (M.Eng.) Or Master of Science (M.Sc.)
  • Duration: 3 - 4 semesters
  • Type of study: exclusively full-time
  • Particularities: often a practical semester integrated into the course or various forms of project work

With a robotics degree, you are well prepared for cutting-edge topics such as digitization, Industry 4.0 or artificial intelligence. Especially in the country with the most industrial exports, the need for skilled workers in the fields of robotics and automation is extremely high. Because only those who know how to convince with innovative solutions in the fields of automation technology and robotics will be marketable in the long term.

In addition to exciting Functions in development, research, production or sales in automobile production or in plant and mechanical engineering There is also the possibility of setting up your own business with an innovative problem solution or of working in an advisory capacity.

Demographic change in particular, which does not stop at engineering specialists, makes it easier for graduates of robotics studies to enter the industry.

What does it look like after studying robotics, i.e. financially? Can you make a living from it? We have researched the major salary portals and present you a few figures.

But please note: These values ​​are not set in stone and are for inspiration only. Especially after you graduate, you may earn a little less than what is stated here. A person's salary depends, among other things, on the size and industry of the company as well as your personal requirements.

positionBranchNumber of employees in companiesAge and genderMonthly salary (gross)

Robotics Engineer | Programmer software and robots

mechanical engineering

21 - 50

25, m

3.808 €

PLC programming, Robotic | Robot / PLC programmer

Electrical engineering

101 - 500

26, w

2.419 €

PLC programming, Robotic | Head of Department Robotic

Electrical engineering

21 - 50

26, m

3.609 €

PLC programming, Robotic | Robot programming, assembly, commissioning

mechanical engineering

101 - 500

27, m

3.131 €

PLC programming, Robotic | Robot Programmer

car industry

5.001 - 20.000

44, m

5.078 €