Master’s degree in Manufacturing and RoboticsTechnische Universität Wien
Kurzbeschreibung & Facts
The Master's Programme Manufacturing and Robotics offers an in-depth, scientifically and methodologically high-quality education. It aims to provide lasting knowledge that qualifies graduates for further studies, particularly doctoral programs, and for employment in various fields, making them internationally competitive.
Graduates will be equipped to independently develop robot-based subsystems in automation and industrial engineering, conduct research- and method-led system integration, and develop innovative robot applications in production and related areas. The program focuses on developing technical, methodological, cognitive, practical, social, and personal competencies.
The curriculum is structured into modules, which are teaching and learning units with defined entry and exit qualifications, content, learning forms, workload, and assessment. Thematically related modules are combined into examination subjects.
- Technical Fundamentals (45.0 ECTS): This includes modules such as Additive Manufacturing, Assistance Systems, Fundamentals of Robotics, Manufacturing Systems, Materials Engineering, Mechatronic Systems, Programming and Simulation, Humans and Robots in Manufacturing, Robot Vision, and Robot Challenge. Courses can also be completed through certified exchange programs in EIT Manufacturing, up to a total of 36 ECTS.
- Specialization (15.0 ECTS): This involves completing courses within the module Specialization. Alternatively, up to 9 ECTS can be earned through bilateral, certified exchange programs in EIT Manufacturing.
The program also allows for study abroad through European exchange programs like ERASMUS and SOCRATES, as well as specific bilateral agreements with universities in other countries. It is also possible to study the Master's program as part of the EITM Joint Master programs with partner universities in Europe, leading to diplomas from both entry and exit universities and the EITM label.
Admission to the Master's Programme Manufacturing and Robotics requires the completion of a relevant Bachelor's Programme or another relevant degree of at least the same higher education level from a recognized institution. Specific eligible Bachelor's programs include Mechanical Engineering, Industrial Engineering in Mechanical Engineering, Electrical Engineering, and Computer Science at TU Wien, among others. Alternative or additional courses and examinations, amounting to a maximum of 30 ECTS credits, may be prescribed to compensate for significant subject-related differences.
- Abschluss
- Master of Science
- Studienform
- Vollzeit
Letzte Bewertungen
My studies at TU Wien combine advanced engineering, automation, and artificial intelligence with practical problem-solving and innovative technologies.
I highly recommend TU Wien for students who want to build a strong academic and professional future. The university offers excellent education with a strong focus on technology, engineering, innovation, and research. The professors are knowledgeable and supportive, and the courses combine both theoretical knowledge and practical applications. One of the best things about TU Wien is its international environment, modern laboratories, and strong connections with industry, which help students gain real-world experience and career opportunities. The university also encourages independent thinking, problem-solving, and innovation.
Studying at TU Wien has helped me improve my technical skills, broaden my knowledge, and grow personally and professionally. I believe it is a great choice for students who are passionate about engineering, technology, and future-oriented fields.
The biggest plus of studying at TU Wien is the strong combination of high-quality education and practical industry exposure. Students not only gain deep theoretical knowledge but also work on real-world projects connected to modern technologies and industry needs. This helps students develop strong technical skills and prepares them very well for international career opportunities.
One point of criticism about TU Wien is that some study programs can be very demanding and stressful, with a high workload and strong focus on self-study.
For me this masters degree at TU Wien have been a valuable learning experience. The courses focus on advanced manufacturing systems, robotics, and automation, which has helped me understand how modern production technologies are designed and optimized. Through lectures, assignments, and projects, I have been able to explore concepts such as robotic control, intelligent manufacturing, and data-driven production systems. These studies have strengthened my analytical thinking and technical knowledge, preparing me to contribute to future developments in automated and smart manufacturing.
Empfehlungen
Standort der Technische Universität Wien
Karlsplatz 13, Wien, Österreich
Studiengänge
Allgemeines zum Energietechnik Studium
Das Energietechnik vermittelt fundierte Kenntnisse und Fähigkeiten, die es Studierenden ermöglichen, sich auf dem dynamischen Energiemarkt zu behaupten. Im Fokus des Studiums stehen die Bereiche Erneuerbare Energien, Energieeffizienz, Energieverteilung und -speicherung.
