Computing systems are embedded in almost all technical domains, from smart watches, autonomous cars, airplanes, health devices, to large-scale industrial automation systems. Their development combines software and hardware design to create systems that interact reliably and securely with the physical world through sensors, actuators, and networks. This interfaculty master's programme, offered by the Faculties of Computer Science and Electrical Engineering and Information Technology, provides a broad, scientifically grounded education focused on sustainable, long-term knowledge, with an emphasis on circuit design, embedded systems, and cyber-physical systems and their application areas.

Degree programme codeUE 066 525 - Master's Programme Embedded Computing Systems
Related fields of study 

Master's Programmes Electrical Engineering

Master's Programmes Informatics

Duration of the degree programme4 semesters
Credits120 ECTS
Language of instruction English
DegreeDiplom-Ingenieur_in (Dipl.-Ing.)
Internationally comparable to Master of Science (MSc)
Module structureEmbedded Computing Systems
Key Facts and Related Fields of Study

Programme Structure

Studienplan Embedded Computing Systems

© TU Wien

The first semester focuses on the Basics, namely, Discrete Mathematics, Advanced Computer Architecture, and Responsible Research Practice. To steer your studies according to your preferences right from the start, you need to select two Areas (at least one Core Area) among the following:

  • Core Areas: Circuit Design (Analog and Digital Hardware), Verification and Validation, Computing, Networking and Systems, and Cyber-Physical Systems
  • Extension Areas: Devices and Integrated Circuits, Automation and Robotics, and Digital Signal Processing

Typically taken in the course of the second and third semesters, Electives will allow you to deepen and broaden your knowledge and skills in the selected areas. 

The focus in the fourth semester lies on developing and writing up your master’s thesis as part of a research lab at TU Wien.

Further Information

The following bachelor's degree programmes at TU Wien qualify for admission without supplementary requirements:

  • Bachelor’s programme in Electrical Engineering and Information Technology
  • Bachelor’s programme in Computer Engineering

Admission with other TU Wien degrees as well as external qualifications is also possible following an individual assessment and, if necessary, the completion of supplementary examinations. Eligible are bachelor's programmes that include at least 120 ECTS credits in mathematics, computer science, and electrical engineering, and provide competencies at a level comparable to TU Wien and to the specified minimum extent:

ECTSField
≥ 24Mathematics (algebra, analysis, probability theory and statistics)
≥ 12Programming (high-level programming languages and low-level/system programming)
≥ 16Fundamentals of Electrical Engineering (electronic components, circuit and measurement technology, signals and systems)
≥ 10Digital Systems (hardware design, computer architectures, microcomputers)

The general admission requirements can be found on the page Admission to master's programmes. 

Your aquired knowledge of scientifically sound methods lets you apply an integrative view, select suitable methods for modeling and abstraction, and find the best solutions for the engineering challenges. The skills you develop are highly relevant to industries such as semiconductors, as well as technology-driven sectors in automotive, aerospace, and healthcare. 

With a master’s degree in Embedded Computing Systems, you have a bright career ahead of you - not only in terms of salaries but also in shaping a future with trustworthy and secure systems.

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