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Professorship (W3) of Nanoelectronic and Printable Electronic Components, Circuitry Simulation and Semiconductor Physics
Published
(483 days ago)
Deadline for applications
(460 days ago)
Full-time position
Offenburg University
Offenburg
The Department of Electrical Engineering and Information Technology (E+I) at Offenburg
University is seeking to fill the following post as soon as possible:
of Nanoelectronic and Printable Electronic Components,
Circuitry Simulation and Semiconductor Physics
The future incumbent will be expected to represent the areas of teaching and research
to the broadest possible extent. Your credentials will include a strong academic focus
on nanoelectronic and printed electronic components, complemented by demonstrable
experience in working for acknowledged research institutes.
The Professorship will encompass the fields of teaching, applied research and advanced training. At the same time, the role will involve supervising associated laboratories and contributing to basic studies. The successful candidate will be expected to teach in related disciplines, particularly with regard to the compact modelling of planar and FinFet CMOS technologies, component and circuitry simulation, electronic design systems, VLSI chip design, process design kits, the production and electrical characterisation of components, printed electronic components and circuits and integrated hybrid systems comprising silicon and printed components; he/she will also
Professor (W 3)
of Nanoelectronic and Printable Electronic Components,
Circuitry Simulation and Semiconductor Physics
(Ref. 326-37)
The future incumbent will be expected to represent the areas of teaching and research
to the broadest possible extent. Your credentials will include a strong academic focus
on nanoelectronic and printed electronic components, complemented by demonstrable
experience in working for acknowledged research institutes.
The Professorship will encompass the fields of teaching, applied research and advanced training. At the same time, the role will involve supervising associated laboratories and contributing to basic studies. The successful candidate will be expected to teach in related disciplines, particularly with regard to the compact modelling of planar and FinFet CMOS technologies, component and circuitry simulation, electronic design systems, VLSI chip design, process design kits, the production and electrical characterisation of components, printed electronic components and circuits and integrated hybrid systems comprising silicon and printed components; he/she will also
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