Job opportunities
Please contact us for possible master or doctoral stays. Contact: Dr. R. Stoian, Email: razvan.stoian@univ-st-etienne.fr
Ph.D. openings
PhD - Vanadium Dioxide-Based Films for Randomizing Photonic Emission and Absorption of Integrated Circuits
Start: October 2023
Application deadline: 30th April 2023
Location: Laboratoire Hubert Curien, Université Jean Monnet (UJM), St-Etienne, France. (Both Laser-Matter Interaction + SESAM teams)
Interested candidates should send a CV to both:
- Florent Bourquard, Associate Professor florent.bourquard @ univ-st-etienne.fr
- Lilian Bossuet, Professor lilian.bossuet @ univ-st-etienne.fr
The goal is to develop a smart coating that will prevent exploiting the photonic emission and absorption from integrated circuits, effectively limiting the use of optical techniques to reverse-engineer microchips or access the stored secret data.
Download the file here: «PhDOfferVO2.pdf» (137.7 Ko)
Postdoc openings
Post-doc in advanced ultrafast laser beam engineering and processing
Start: ASAP
Duration: 25 months
Location: Laboratoire Hubert Curien, Université Jean Monnet (UJM), St-Etienne, France
Interested candidates should send a CV + cover letter + recommendation letters by e-mail to both:
- Dr. Sedao xxx.sedao @ univ-st-etienne.fr
- Dr. Razvan Stoian razvan.stoian @ univ-st-etienne.fr
The project seeks to investigate the possibilities of femtosecond (fs) laser processing to enable a new architecture of multifunctional optical surface.
Dowload the file here: «Hiring announcement post-doc_labo Hubert Curien.pdf» (146.2 Ko)
Post-doc offer: Study of the biological behaviour of PVD thin film metallic glasses: effect of an ultrashort laser treatment
Start: October 2022
Duration: 1 yearLocation: Laboratoire MATEIS, Villeurbanne https://mateis.insa-lyon.fr/
Gross salary: approx. 2750 €/month (depending on past experience)
Interested candidates should send a short CV (including list of papers/communications) + cover letter by e-mail at:
- Philippe Steyer philippe.steyer @ insa-lyon.fr
Download the PDF file here (232.9 Ko)
Surface machining using temporally and spatially shaped pulses
