PhD in the field of AI methods for CMOS circuit design

The Fraunhofer-Gesellschaft currently operates 76 institutes and research institutions in Germany and is one of the leading organisations for application-oriented research. Around 32 000 employees develop the annual research volume of 3.4 billion euros. At the Fraunhofer Institute for Applied Solid State Physics IAF we know our technologies like our Western Bag. As one of the few scientific institutions worldwide, we are researching along the entire semiconductor value chain and customized synthetic diamonds. Whether high-frequency circuits for communication technology, voltage converter modules for electromobility, laser systems for measuring methods, or novel hardware and software for quantum computers as well as quantum sensors: We develop technology from morning to day for a sustainable and safe society. You too? In the new office in Heilbronn, together with our partners from industry and science, research and develop electronic Complementary Metal Oxide Semiconductor digital circuits with the help of artificial intelligence. Research and development focus on automotive, robotics and safety applications. Globally, large activities are underway to enable and improve the possibilities of using artificial intelligence through hardware design. To this end, both hardware foundations are constantly evolved. The design flow of these circuits and the (sub) systems is of particular importance. This doctoral thesis aims to examine and develop innovative circuit concepts. With the aid of AI design tools, the CMOS design flow is to be improved and kept transparent and verifiable at the same time.

We are looking for AI methods for the digital circuit design. The following activities are carried out: They analyze design and layout flows of Complementary Metal Oxide Semiconductor (CMOS) Silicon Digital circuits. They perform the design of (part) components of digital circuits. This focuses on the use and development of automated and novel design tools. For your research, you can use access to state-of-the-art CMOS-based IC technologies.

Completed academic degree programme (Master) in electrical, communications, computer science or microsystem technology or comparable discipline Knowledge of the functioning of CMOS digital circuits and technologies for the realization of CMOS First experience in the digital field with regard to circuit design of CMOS components knowledge in the handling of circuit simulation and 3D field simulation programs (e.g. Cadence Virtuoso, Advanced Design System (ADS), CST Studio Suite or comparable tools) Self-employed, scientific work and quick incorporation into new problems Good English, team and communication strength as well as joy in experimental work

The latest research infrastructure with unique facilities along the entire value chain Widely disciplined research areas enable both specialization and interdisciplinary work Continuous participation in the current research debate and freedoms in their own research 100% Remuneration by TVöD Exchange with colleagues within the Fraunhofer Society and other scientific institutions and industry Personal development opportunities through a wide range of training opportunities and participation in international specialist conferences JOBV1_EN