Professor of Data-Driven Materials Discovery

Beschäftigungsgrad:  90-100%
Ort / Bezirk: 

Fribourg, CH, Saane, CH

Bewerbungsfrist:  31.05.2026
Datum des Stellenantritts:  01.08.2027
Vertragsart:  Unbefristeter Vertrag
Dienststelle:  Unifr-7740 AMI - Biophysik

Wichtig

Please note : Do not use the "apply" button at the top of this page: your application will not be processed. 

Apply electronically at Postes vacants | Faculté des sciences et de médecine | Université de Fribourg 

Anstellungsbehörde / Verwaltungseinheit / Anstalt

Die Universität Freiburg ist Bildungsstätte, Forschungsplatz, Arbeitgeberin und Event-Veranstalterin in einem. Ihre Innovationskraft macht sie zu einem wichtigen Motor für das wirtschaftliche und kulturelle Leben der Region. Als Anziehungspunkt für Studierende und Forschende aus der gesamten Schweiz und aus allen Teilen der Welt prägt die Hochschule seit ihrer Gründung 1889 das Leben der zweisprachigen Stadt Freiburg.

 

As a member of the Coalition for Advancing Research Assessment (CoARA), the University of Fribourg emphasises the qualitative assessment of academic achievements and transparent processes. The university also seeks to promote the equitable representation of women and men. The university strongly encourages applications from women.

 

Ihre Aufgaben

  • The successful candidate will be expected to develop an internationally leading research programme and secure substantial external funding. Close collaboration with other members of the Institute and the Faculty of Science and Medicine is expected. The AMI contributes to the Faculty of Science and Medicine's educational mission by delivering graduate level teaching. The institute offers highly competitive working conditions, outstanding infrastructure, a generous start-up package, and generous discretionary research funds

Gewünschtes Profil

  • Applicants should have an exceptional track record of international research excellence in computational soft materials discovery, appropriate to their career stage. Their research programme should encompass artificial-intelligence-driven materials discovery methods in soft matter science. The Adolphe Merkle Institute's research strategy emphasises soft nanomaterials and bioinspiration, combining fundamental and application-oriented research to facilitate technology transfer. Preferred application fields include Health and Food, Sustainable and Circular Materials, and Materials with Emerging Functions

Kontaktperson

Prof. Ullrich Steiner, Director, Adolphe Merkle Institute (AMI) ullrich.steiner@unifr.ch

Datum der Stellenausschreibung:  15.04.2026
Referenz:  10061