Phd test
CIFRE PhD offer: Elaboration of thin film coatings and laser processing for the customization of secure ID documents
Start: 1st November 2023
Location: Hubert Curien Lab + IREIS Lab , Saint-Etienne, France
Deadline: A.S.A.P. before 1st September 2023.
Note: All employment at the Hubert Curien Laboratory is decided on the sole basis of qualifications, competence, integrity and organizational need. All are encouraged to apply to job openings regardless of their origin, identity, health, beliefs and orientations.
The objective of this project is to develop innovative secure printing solutions for visual authentication of physical ID documents to prevent their counterfeiting (illegal reproduction of a genuine document) and forgery (alteration of a part of a genuine document to give misleading information).
Expected candidate profile:
- Advanced knowledge in optics, photonics and material science
- Experience in programming with Python (or similar)
- Open-minded, curious and interested in working with both industry and academia
- Ability to take initiatives and work in autonomy, good French writing and communication skills
- At least B2 level in English
Download the detailed offer here
Information and application: Send all documents listed in the offer above to both:
- Prof. Nathalie DESTOUCHES: nathalie.destouches @ univ-st-etienne.fr
- Laurent DUBOST: ldubost @ hef.group
Applications can be written in French or English.
PhD: Laser-induced transfer of nanoplasmonic materials on large surfaces for advanced plasmon-enhanced photoreactivity
Start: Any time between 01/03/2025 and 01/10/2025
Duration: 3 years
Application deadline: 1st May 2025
Location: Laboratoire Hubert Curien, Saint-Etienne, France
The PEPR LUMA funded SUNRISE project aims at exploiting plasmonic interactions to selectively modify the interaction between light and chromophores on a nanometric scale. In this context, the thesis aims to fabricate large-area functional surfaces with plasmon-enhanced photoreactivity and to integrate them in innovative photochemical flow reactors. These functional surfaces will be used to improve photoinduced synthesis and sensing.
Prerequisites:
- Master's degree in physics with major in photonics.
- Solid background in physics to conduct experimental research involving the use and development of ultrafast laser instrumentation, spectroscopy, microscopy, plasmonic system modelling, and data analysis.
- English language: B2 level
- Strong motivation to address key questions related to the fundamental laser-induced physics and chemistry of metallic nanoparticles.
- Ability to take initiative and work autonomously
Download the detailed offer here
Information and application : CV + cover letter + bachelor and master transcripts + reference names or recommendation letters, to be sent to:
- Prof. Nathalie Destouches nathalie.destouches @ univ-st-etienne.fr
- Prof. Yves Jourlin yves.jourlin @ univ-st-etienne.fr
- Dr Christophe Hubert christophe.hubert @ univ-st-etienne.fr
Note: All employment at the Hubert Curien Laboratory is decided on the sole basis of qualifications, competence, integrity and organizational need. All are encouraged to apply to job openings regardless of their origin, identity, health, beliefs and orientations.
PhD: Multi-scale modeling of ultrafast laser-driven thermofluid flows for nanostructure reshaping
Location: Laboratoire Hubert Curien, Saint-Etienne, France
Expected start date: January 2027
Expected duration: 36 months
Salary: 3500 € gross/month
Keywords: Laser-matter interaction; Multi-physical Modeling; Computational Fluid Dynamics; Molecular Dynamics; Ultrashort Laser; Phase Transitions; Nanofabrication; Nanostructuring
We are currently seeking a PhD fellow in modeling of nanostructure reshaping by ultrashort laser-driven thermofluid flows.
The candidate will join our computational research team PREDICT to perform multi-scale simulations of ultrashort laser-matter interactions, focusing primarily on the development of advanced computational fluid dynamics approach at the frontier of particulate and continuous descriptions (spatial scales few tens to few hundred nanometers).
Prerequisites:
- Master's degree (MSc or equivalent) in Physics, Materials Science, or related fields
- Strong knowledge in computational fluid dynamics and thermodynamics
- Experience with programming languages (Python, MATLAB, or C++) and ability to develop and to test its own code involving discretized equations
- Proficiency in written and spoken English
Download the detailed offer here
The interested candidates should send (1) an updated CV with the detailed education background and professional skills, (2) a short motivation letter, (3) a transcript with the detailed courses taken and grades received for a Bachelor’s/Master’s degrees, (4) 1-2 professional/academic references, to:
- Dr. Anton Rudenko (LabHC, CNRS) anton.rudenko @ univ-st-etienne.fr
