Microelectronics and Photonics (Master)
Microelectronics is the fundamental technology of our information society. All modern communication and information technology systems, as well as automation components, consumer electronics, automotive technology, and aerospace and technical medicine, are based on this technology. This master's programme, which combines microelectronics with optical technologies, is unique in the German-speaking world. It provides a comprehensive education in the physical principles of electronic components, their simulation and manufacture, and laser technology.
| Degree programme code | UE 066 508 - Master's Programme Microelectronics and Photonics |
|---|---|
| Related master's programmes | Master's programmes in Electrical Engineering and Information Technology |
| Duration | 4 semesters |
| Credits | 120 ECTS |
| Language of instruction | German |
| Degree | Dipl.-Ing. (internationally comparable with "Master of Science") |
| Module structure | Microelectronics and Photonics, opens an external URL in a new window |
Programme Structure
Full details about structure and content of the programme are available in the curriculum, opens in new window (PDF) and in the list of courses, opens an external URL in a new window in TISS.
© TU Wien
This Master’s programme is structured as follows:
- 4 Compulsory Modules (36 ECTS): The core modules "Technology and Materials," "Photonics and Quantum Electronics," "Integrated Circuits," and "Components and Systems" cover the fundamentals and shared course content for all students in this Master's programme.
- 2 Compulsory Specialisation Modules (18 ECTS): Choose two out of five compulsory specialisation modules:
- Technology and Materials - Specialisation (9 ECTS)
- Applied Photonics (9 ECTS)
- Quantum Electronics - Specialisation (9 ECTS)
- Integrated Circuits - Specialisation (9 ECTS)
- Components and Systems – Specialisation (9 ECTS)
- Electives (27 ECTS): To further specialise and deepen your studies within this module, you must select courses totaling 27 ECTS from a designated list of electives (see: curriculum). Additionally, you may take courses from modules you have not yet completed.
- Free Electives und Transferable Skills (9 ECTS): This module consists of elective courses that you can choose freely from any accredited university. However, you must select at least 4.5 ECTS from the "Transferable Skills" area.
- Master's Thesis (30 ECTS): This module consists of your Master's Thesis (27 ECTS) and the final exam (3 ECTS).
Further Information
Admission to the Master’s programme in ‘Microelectronics and Photonics’ is possible after completing an eligible Bachelor’s degree at an accredited national or international post-secondary educational institution.
For example, the following Bachelor's programmes are considered eligible:
- Electrical Engineering and Information Technology (TU Wien)
- Technical Physics (TU Wien)
- Electrical Engineering (TU Graz)
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.
Excellent career prospects prevail in the development of semiconductor sensors and the simulation of devices, as well as in all fields characterised by high-tech product innovations. Job profiles include circuit design and simulation of integrated optoelectronic circuits for communication technology, biomedical applications of lasers, and research into quantum devices.
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