Electrical and Mechanical Characterization of Nanocomposite Structures - Post-Doctorate (M/F)

CNRS; France; Vor Ort; EUR 30.000 - 36.000; Vollzeit

Benefits dieser Stelle

Partial reimbursement of transport

Zusammenfassung

The CNRS SIMaP/LMGP collaboration seeks a PhD candidate to characterize Cu2O/CuCrO2 nanocomposites using mechanical, electrical and microstructural techniques. The project involves advanced in-situ measurements and collaboration with Grenoble-based laboratories.

The candidate will synthesize and analyze materials, operate nanoindenters, AFM, SEM, and MOCVD-related equipment, and contribute to publications and conferences. English proficiency is required; autonomy is essential.

Qualifikationen

• PhD in Chemistry or Materials Physics.
• Experience with mechanical, electrical and microstructural characterizations.
• Strong synthesis and communication skills; autonomous work; English proficiency.

Aufgaben

• Perform mechanical, electrical and microstructural characterizations of Cu2O/CuCrO2 nanocomposites.
• Conduct in-situ electrical measurements during mechanical testing in SEM or dedicated setups.
• Collaborate with LMGP and SIMaP teams; analyze data and interpret results.
• Prepare reports and contribute to publications and conference presentations.

Kenntnisse

Mechanical characterization

Electrical characterization

Microstructural characterization

Nanoindentation

Tensile testing

AFM

SEM

Ausbildung

PhD in Chemistry or Materials Physics

Tools

MOCVD deposition

Nanoindentation instrument

SEM

AFM

Jobbeschreibung

Organisation/Company CNRS Department Sciences et Ingénierie, Matériaux, Procédés Research Field Chemistry Physics Technology Researcher Profile First Stage Researcher (R1) Application Deadline 10 Nov 2026 - 23:59 (UTC) Country France Type of Contract Temporary Job Status Full-time Hours Per Week 35 Offer Starting Date 1 Jan 2027 Is the job funded through the EU Research Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No

Offer Description

The selected candidate will perform mechanical, electrical, and microstructural characterizations of nanocomposite films (Cu₂O nanowires in a CuCrO₂ matrix). These combined characterizations, which explore both the macro-scale (tensile testing) and the micro- and nano-scales (nanoindentation, AFM), will be conducted at the SIMaP laboratory.

This mission is part of a project supported by the ANR (AAPG2023 “Nanocomposite” project, led by J.-L. Deschanvres at the LMGP). The “Nanocomposite” project aims to synthesize, optimize, and characterize Cu₂O/CuCrO₂ nanocomposites in the form of thin films on flexible substrates. The Cu₂O nanowire arrays are prepared using soft chemistry (Fehling's reaction), and the CuCrO₂ matrix is obtained via MOCVD deposition. These nanocomposites are deposited onto flexible substrates (Kapton). A PhD student (currently in progress at the LMGP) is developing and optimizing the operating conditions for this synthesis to control the geometry of the nanowires, the density and connectivity of the networks, coverage, etc.

The present project will focus on the coupled mechanical/electrical characterization of nanocomposites synthetized at the LMGP. Several experimental setups developed at SIMaP enable in-situ measurement of the electrical response of systems subjected to mechanical stresses/strains:

• At the macro-scale (cm–mm), a mechanical tensile test system coupled with electrical measurements allows for monitoring the overall response of the nanocomposite to macroscopic deformation. Since this setup can be integrated into an SEM, it enables the visualization of the microstructural changes in the nanocomposites during testing.
• At the micro-nano-scales (10µm-10nm), a nanoindenter has been functionalized to perform various electrical measurements (DC or AC) during an indentation test. This instrument can also be integrated into a SEM, thereby allowing for optimal positioning of the electromechanical indent. Finally, an AFM equipped with various electrical characterization modes (HDKFM, Resiscope, etc.) will enable the completion of local electrical measurements at sub-micrometer scales.

For the most part, the samples to be characterized during this assignment will have already been synthesized by the team at the LMGP. However, visits to the LMGP will allow the recruited candidate to gain a thorough understanding of this synthesis process in order to better analyze his/her own characterizations.

Some experimental methodologies for all of these combined characterizations have already been explored, but they still need to be developed and optimized.

The recruited candidate will actively participate in communicating their results through the publication of articles, seminars, and conferences.

Laboratories

This project is funded by the ANR and brings together three Grenoble-based laboratories: LMGP, SIMaP, and CROMA.

• LMGP (Laboratory of Materials and Physical Engineering): develops functional materials for applications in microelectronics, energy, and healthcare. With about 50 permanent staff (researchers, faculty, engineers, technicians, administrative personnel) and around 60 non-permanent students and researchers annually, LMGP provides a dynamic, multidisciplinary environment.
• SIMaP (Science and Engineering of Materials and Processes): a joint research unit affiliated with Université Grenoble Alpes, Grenoble INP, and CNRS. It focuses on relationships between materials, processes, and properties. SIMaP hosts around 200 staff: 60 academics/CNRS researchers, 15 emeritus and collaborators, 42 engineers/technicians/administrative staff, 80 PhD and postdoctoral researchers, plus 30 annual interns. Among its areas of expertise, SIMaP has significant capabilities in instrumental development for materials characterization.
• CROMA (Centre de Radiofréquences, Optique et Micro- et Nanoélectronique des Alpes): a joint research unit (CNRS / Grenoble INP / UGA / Université Savoie Mont Blanc) of 110 staff, heavily involved in research on micro- and nanoelectronics, microphotonics, microsystems, microwaves, and opto-microwaves.

For physico-chemical characterization, LMGP and SIMaP also rely on the CMTC (Consortium Technologique des Moyens Communs) platform.

The recruited candidate will work at SIMaP for characterization and at LMGP for nanocomposite synthesis.

Collaborators

Direct scientific collaborators on the project are Fabien Volpi at SIMaP and Jean-Luc Deschanvres/Céline Ternon at LMGP. The candidate will report directly to Fabien Volpi (SIMaP).

Other information

The position falls under a sector governed by the protection of scientific and technical potential (PPST) and therefore requires prior authorization from the competent authority of the Ministry of Higher Education and Research (MESR).

• Partial reimbursement of transportation costs (bike, public transport) will be provided.

Requirements

• A PhD in Chemistry or Materials Physics.
• Scientific and technical skills: Mechanical (nanoindentation, tensile testing), functional (electrical), and/or microstructural (SEM, AFM) characterizations.
• Strong synthesis and communication skills (oral and written): presenting results at team meetings, writing reports, drafting scientific papers, and giving presentations at conferences.
• Ability to work autonomously.
• Proficiency in scientific English (spoken and written).