Nanoelectronic Systems

The ongoing miniaturisation in the microelectronics industry gives rise to systems that are now being referred to as nanoelectronic systems. Such systems offer a variety of applications, but their design and implementation are becoming increasingly complex. This is the motivation for the Master's programme in "Nanoelectronic Systems". This programme focuses on three key areas: Technologies for nanoelectronic systems Design of nanoelectronic systems Applications of nanoelectronic systems The correlation/overlap between these areas will also be covered. The programme does not only focus on traditional scaling ("More Moore"), but also on ideas and concepts for "More than Moore" and "Beyond Moore". The practical training (offered in parallel with theoretical concepts) develops skill sets and expertise that can be used during internships, project work, and for the Master's thesis, which can be undertaken at companies or research institutes. After successful completion of the Master's programme, students are prepared to commence research at a university or at the R&D department of a company developing state-of-the-art technology. The Master's programme takes four semesters. In the first three semesters, courses and laboratory sessions are provided, while the fourth semester is dedicated to writing and defending the Master's thesis. The course programme consists of seven compulsory modules, including the "Project Work" module in the third semester to be used for an internship. The topics of the compulsory modules are taken from the three key areas of the Master's programme. The "Laboratory Sessions" module includes a programming laboratory and a practical course focussing on either Technology, Design or Application based on the student's choice.  In addition to the compulsory modules, students must choose elective modules with a minimum of 41 credits to complete the study programme. The list of elective modules includes modules from all three key areas of the study programme as well as non-technical modules.

Course details verified 10 Sep 2026 — intakes, entry requirements and course facts · official source

1. Winter semester

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English

E.G. IELTS Academic: 6.5

Prerequisites

Bachelor's degree (or equivalent) in electrical engineering, information technology, physics, or similar advanced mathematics knowledge (multi-variable differential and integral calculus, probability and statistics) analogue and digital circuit design electro-magnetic fields systems theory (Fourier, Laplace, and Z transformations) operation and construction of basic electron devices (e.g. diode, bipolar, and MOS transistors) object-oriented programming (e.g. C++, JAVA) If one of the above prerequisites is missing, it must be undertaken independently if accepted into the programme.

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