In the Master’s programme “Automatisierung und Robotische Systeme” (hereafter: "Automation and Robotic Systems"), you will learn to conceptualise, analyse, design and optimise automation, mechatronic and robotic systems, intelligent assistance systems, as well as autonomous and semi-autonomous functions for a wide range of applications. The programme provides scientifically grounded knowledge in the individual disciplines of sensors and sensing technology, actuators and actuation technology, mechatronics, control and automation engineering, signal and systems theory, physics-based and data-driven mathematical modelling, image processing, artificial intelligence and machine learning, robotics and autonomous systems, as well as in the synergistic interaction of these individual components. Key aspects of human-machine interaction, social implications and ethics, environmental compatibility, and sustainability are also integrated into the Master’s programme.

Degree programme codeUE 066 515 - Master's Programme Automation and Robotic Systems
Related master's programmesMaster's programmes in Electrical Engineering and Information Technology
Duration4 semesters
Credits120 ECTS
Language of instruction German
DegreeDipl.-Ing. (internationally comparable with "Master of Science")
Module structureAutomation and Robotic Systems 
FAQsFrequently Asked Questions

Programme Structure

Full details about structure and content of the programme are available in the curriculum (PDF) and in the list of courses in TISS.

Graphical representation of the Automation and Robotic Systems study plan

© TU Wien

This Master’s programme is structured as follows:

  • 4 Compulsory Modules (36 ECTS): The mandatory modules „Automation“, „Mechatronic Systems“, „Foundations of Robotics and Control Engineering“ as well as „Machine Learning“ contain the basis and the common content for all students of the Master’s programme. They are also designed to ensure that students from diverse academic backgrounds develop a common foundation of knowledge and competencies, regardless of their previous bachelor's studies.
  • 3 Specialisation Modules (27 ECTS): By selecting 3 modules you can specialise your study within the Master’s Programme. You have to select at least 2 modules from module catalogue A (core modules) and a maximum of 1 module from module catalogue B (extension modules).
  • Module Selected Topics in System and Engineering Sciences (18 ECTS): For further specialisation of your study, you have to select courses which cover 18 ECTS from a list of courses. These courses can also be selected from modules in catalogue A and B that have not been used in the selectable modules.
  • Free Electives and Transferable Skills (9 ECTS): The courses in this module can be freely selected from all accredited universities. At least 4,5 ECTS have to be selected in the area of Transferable Skills.
  • Module Master's Thesis (30 ECTS): This module consists of your Master's Thesis (27 ECTS) and the final exam (3 ECTS)

Basically, students can choose the sequence of the courses freely. However, since the content of certain courses is coordinated, there is a recommended semester schedule for the Master’s Programme.

Subsequently, you can find the recommended semester schedule for students who start the Master’s Programme in winter semester. The recommended schedule for students who start in summer semester can be found in the curriculum in TISS.

1. Semester (winter) 30 ECTS

  • VU Industrial Automation 3,0 ECTS
  • VU Foundations of Robotics 4,5 ECTS
  • VO Control Systems 3,0 ECTS
  • VU Mechatronic Systems 6,0 ECTS
  • VU Machine Vision 4,5 ECTS
  • Courses of selectable modules 6,0 ECTS
  • Electives and Transferable Skills 3,0 ECTS

2. Semester (summer) 30 ECTS

  • VU Responsible Research Practice 3,0 ECTS
  • VU Machine Learning 4,5 ECTS
  • LU Mechatronic Systems Laboratory 3,0 ECTS
  • VU Industrial Communication Technique 3,0 ECTS
  • Courses of selectable modules 9,0 ECTS
  • Courses of module Selected Topics of System and Engineering Science 4,5 ECTS
  • Electives and Transferable Skills 3,0 ECTS

3. Semester (winter) 30 ECTS

  • LU Control Systems 1,5 ECTS
  • Courses of selectable modules 12,0 ECTS
  • Courses of module Selected Topics of System and Engineering Science 13,5 ECTS
  • Electives and Transferable Skills 3,0 ECTS

4. Semester (summer) 30 ECTS

  • Master Thesis 27,0 ECTS
  • Final Exam 3,0 ECTS

Further Information

Admission to the Master’s programme in ‘Automation and Robotic Systems’ is possible after completing an eligible Bachelor’s degree at an accredited national or international post-secondary educational institution. To compensate for fundamental subject-specific differences between your previous education and the level of qualifications expected at TU Wien, supplementary examinations totalling a maximum of 30 ECTS credits may be required. 

For example, the following Bachelor's programmes are considered eligible for admission: 

  • TU Wien

    • Electrical Engineering and Information Technology (without supplementary examinations)
    • Mechanical Engineering (without supplementary examinations)
    • Technical Informatics (without supplementary examinations)
    • Technical Physics (without supplementary examinations)
    • Technical Mathematics (without supplementary examinations)
    • Mechanical Engineering - Management (with supplementary examinations)

  • TU Graz

    • Electrical Engineering
    • Mechanical Engineering
    • Information and Computer Engineering

  • JKU Linz

    • Mechatronics

To compensate for fundamental subject-specific differences between your previous education and the level of qualifications expected at TU Wien, supplementary examinations totalling a maximum of 30 ECTS credits may be required. 

You can find the general admission requirements on the page Admission to Master’s Programmes. 

Automation is a key technology, which can be found in almost any industrial application. It is further the basis for the design of intelligent components, systems and processes. The combination of the acquired knowledge in system theory, sensors, measurement technology, actors, robotics, electronics, real-time systems, algorithms, control engineering and artificial intelligence enables graduates of the Master’s Programme to design complex mechatronic systems. The Master’s Programme thus qualifies graduates for all jobs that are related to digitalization, automation, mechatronics and robotics. They include job profiles in research and development, the production and distribution, and management. Of course, the Master’s Programme qualifies for a subsequent doctoral programme.

At TU Wien, you can undertake one of the following doctoral programmes after completing your Master’s degree:

  • 796 700 – Doctoral Programme in Engineering
  • 796 600 – Doctoral Programme in Natural Sciences
  • 796 300 – Doctoral Programme in Social and Economic Sciences