Are you interested in the future of automation and robotics? Do you want to learn about the theoretical foundations and practical applications of these technologies? Are you eager to gain valuable hands-on experience with modern tools and techniques?
If so, then the Automation & Robotics taught Master’s program is for you!
This program covers all important fields of the Faculties of Mathematics, Electrical Engineering and Information Technology, Mechanical Engineering as well as Biochemical and Chemical Engineering. Lectures and laboratories are directly involved with research projects at the Robotics Research Institute (IRF) and the Fraunhofer IML and therefore ensure a highly topical curriculum.
Within the first semester technical foundations will be taught, within the second students decide for one out of two specialisations: Process Automation or Robotics. Both profiles cover different mandatory and elective classes each. Supplementary, soft-skills courses are taking place which are ought to train student’s communication as well as project management skills. The A&R program includes a high amout of laboratory work in order to enable students to gain practical experiences with modern technologies.
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Automation and Robotics
TU Dortmund University
The M.Sc. Automation and Robotics Program at TU Dortmund University is interdisciplinary and convers all relevant areas which contribute to this field. This is accomplished by valuable contributions of many faculties, namely the Elektrotechnik und Informationstechnik (EIT), Maschinenbau (ME), Informatik(CS), Bio- und Chemieingenieurwesen (BCI), Mathematik (Math).
Study abroad in English
The most common way to assess your English level is by taking a standardised English test, such as:
- PTE Academic (Pearson Test of English)
- TOEFL iBT (Test of English as a Foreign Language)
- IELTS Academic (International English Language Testing System)
- C1 Advanced (formerly known as CAE – Cambridge English Advanced)
About Automotive Engineering
Automotive Engineering degrees prepare students for manufacturing and operating vehicles, while studying subjects such as Mechanics, Design, Product Innovation and Sales. Engineering schools train automotive engineers who design mobility systems, create prototypes, and operate engineering systems. Automotive Engineering careers include working as inventors, quality assurance managers, or technical salespeople.
Tu Dortmund Automation and Robotics
A short program description
The M.Sc. Automation & Robotics Program is interdisciplinary and convers all relevant areas which contribute to this field. This is accomplished by valuable contributions of many faculties, namely the Elektrotechnik und Informationstechnik (EIT), Maschinenbau (ME), Informatik(CS), Bio- und Chemieingenieurwesen (BCI), Mathematik (Math). As a surplus, renowned research institutes as the Institut für Roboterforschung (IRF) and the Fraunhofer Institute for Logistics (IML) contribute to the educational offers in the program.
The first study term comprises basic subjects, intended to install a high common knowledge level for all students which may have their roots in different parts of Engineering. The next two terms are dedicated to eligible subjects which each student may select in favor of own interests and toward the selection of a major in the framework of the module structure of the course: Robotics or Process Automation.
Each major makes some modules mandatory while the others can be used a supplementary. A variety of lab courses and experiments conducted as part of the lecture classes enrich the education and offer plenty of opportunities to get into touch with cutting edge technologies. A major asset in tehh second year of studies is the so called project group which makes the successful team building of group members a must to reach the ambitious goals of these small scale research and engineering projects.
The degree “Master of Science” will then be rewarded when the student has finished the studies by successfully conducting an individual research project in the master thesis which takes about 6 months to complete.
Course plans
The study course comprises several modules, each of which is constructed from one or multiple subjects. All subjects in a module contribute to a common topic of a particular brach of teaching and research.
Modules are assigned to one of the following categories, namely
- Mantadory modules
- Elective Classes
The list below summarizes the structure of all modules and their (tentative) assignment to the different terms of studies.
For each successful examination the candidates are rewarded by marks and credit points. If enough credits in a particular module have been collected, this module is considered to be successfully passed.
The major selected by a students is defined by selecting the appropriate modules during the curriculum. Either Robotics or Process Automation may be chosen.
The M.Sc. course is considered completed successfully if enough credit points have been collected and ALL mandatory modules for one of the particular majors have been passed.
Admission Criteria
The admission to the course “Automation & Robotics” is governed by the examination regulations for the masters course as in force in the ongoing academic year.
In general any applicant must comply to the criteria listed below to enter the selection process for a seat in the course:
- You must hold a bachelor’s degree in a relevant discipline (engineering, natural sciences or computer sciences) which has relevance as prerequisites for goals of Automation & Robotics.
- Your study performance must meet the typical access criteria for a German M.Sc. course. In geneal this is given if the equivalent German marks for your degree would be 2.5 or better.
- Your English proficiency must be on level C1 or better in the European reference framework. As examples this would relate to IELTS 6.5 or TOEFL ibt 80. As a substitute for such a test other language certificates may be submitted and will be assessed on an individual basis. It is however mandatory to have passed an examination to prove such a proficiency.
All documents used to support your achievements have to be sent as hardcopy in properly notarized form or as originals. These documents will get checked during the enrolment procedure. During application, only scan copies are used which must be uploaded through our portal.
Tu Dortmund Automation and Robotics Deadline
Here you will find information about the semester dates and lecture periods as well as deadlines for re-registration and other status-related matters.
For information on application deadlines and enrollment periods for international students, please visit the International Office’ website.
We reserve the right to make changes to these dates and deadlines, especially due to the coronavirus pandemic.
Submitting documents and records: Timely delivery by mail
Please note that the date stamp of TU Dortmund University shall serve as proof of timely submission. The following delivery options are available for time-sensitive letters, but also for all other documents and records:
- By mail to Technische Universität Dortmund, Studierendensekretariat, 44221 Dortmund
- Using the mailbox of the Department of Student Services in front of the building on Emil-Figge-Str. 61, 44227 Dortmund
Documents can be submitted there at any time, even outside the opening hours of the Student Registration Office, provided the deadline is still met. - In person (only during the opening hours of Student Registration Office)
Date overview summer semester 2021
Semester dates and lecture period
Semester: 1 Apr 2021 – 30 Sep 2021
Lecture period: 12 Apr 2020 – 23 Jul 2021
Semester breaks: 13 May 2021, 24 May 2021, 3 Jun 2021
Re-registration, changing degree programs, leaves of absence and removal from the register of students
Re-registration (full-time students): 18 Jan 2021 – 26 Feb 2021
after which a €3.40 late fee is payable
Re-registration (auditing and cross-registered students): 18 Jan 2021 – 9 Apr 2021
after which a €3.40 late fee is payable
Leaves of absence from studies: (If possible, after entry of the social contribution) no later than 9 April 2021
Changing from Bachelor’s to Master’s degree programs: The deadlines vary depending on department and degree program. Please consult the corresponding overview of deadlines.
Removal from the register of students: At any time. Students who are removed from the register of students before the first day of lectures are entitled to a refund of their social contribution.
Social contributions
Payment of social contributions: 18 Jan 2021 – 26 Feb 2021
Reimbursement of social contributions following removal from the register of students: Please see the application form for further details.
Date overview winter semester 2021/2022
Semester dates and lecture period
Semester: 1 Oct 2021 – 31 Mar 2022
Lecture period: 4 Oct 2020 – 28 Jan 2022
Semester breaks: 1 Nov 2021, 24 Dec 2021 – 7 Jan 2022
Re-registration, changing degree programs, leaves of absence and removal from the register of students
Re-registration (full-time students): 21 Jun 2021 – 20 Aug 2021
after which a €3.40 late fee is payable
Re-registration (auditing and cross-registered students): 21Jun 2021 – 1 Oct 2021
after which a €3.40 late fee is payable
Leaves of absence from studies: (If possible, after entry of the social contribution) no later than 1 October 2021
Changing from Bachelor’s to Master’s degree programs: The deadlines vary depending on department and degree program. Please consult the corresponding overview of deadlines.
Removal from the register of students: At any time. Students who are removed from the register of students before the first day of lectures are entitled to a refund of their social contribution.
Social contributions
Payment of social contributions: 21 Jun 2021 – 20 Aug 2021
Reimbursement of social contributions following removal from the register of students: Please see the application form for further details.
Tu Dortmund Ranking
| Institution Name | Technical University of Dortmund |
| Native Name | Technische Universität Dortmund |
| Location | Germany |
| World Rank | 539 |
| National Rank | 41 |
| Quality of Education Rank | – |
| Alumni Employment Rank | > 1000 |
| Quality of Faculty Rank | – |
| Research Output Rank | 588 |
| Quality Publications Rank | 512 |
| Influence Rank | 560 |
| Citations Rank | 460 |
| Overall Score | 73.3 |
tu dortmund automation and robotics requirements
Prerequisite for enrollment is a relevant Bachelor’s degree with a good grade (2.0) in Electrical Engineering and Information Technology, Information and Communications Technology, Computer Science, Mechanical Engineering, or Chemical Engineering from TU Dortmund University or a comparable degree.
According to the examination regulations (§3), comparability of degrees obtained at other universities is generally granted if the degree program has the following subject-related content:
a) at least 18 ECTS credits from the field of mathematics and
b) at least 12 ECTS credits from the field of computer science and
c) knowledge of English proven, for example, through
- certification of sufficient knowledge of English according to TOEFL with the following minimum point score: paper-based: 590; computer-based: 243; Internet-based: 95; or
- at least one year of schooling at an English-speaking school, or
- one compulsory elective course conducted in English and including an oral examination in English, or a seminar conducted exclusively in English as part of the Bachelor’s program.
English language skills are only acknowledged through an official test. The exception to this is studying in countries such as the USA, UK or Australia, but then also only at locations on the mainland.
Professional fields
Graduates can work in research and development as well as design and production in many industries including, for example, the automobile, chemical, and aerospace industries. Comprehensive and up-to-date specialist knowledge, skills, and methods, flexible course options, practical components such as the project group, and a very good supervisory relationship during the study program equip graduates for the responsible implementation of engineering activities in industry and business and establish the preconditions for further academic qualifications, for example a doctoral degree.
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