Chair recruitment

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis. The successful candidate will conduct international-level research in a stimulating environment aimed at designing and implementing new processes for capturing and/or transforming small molecules (CO2, N2, etc.), in order to valorize them in a framework for energy sobriety and the protection of rare resources, and will provide teaching activities of 45 hours per year related to this domain.

Do you want to become a Research Director at the CNRS before 2030 in the field of polymer synthesis assisted by artificial intelligence? This call is made for you.

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis. The successful candidate will show a double valence and will conduct research at the highest international level in chemobiology or biological chemistry of nucleic acids and in the regulation of RNA expression, translation or stability in eukaryotes, prokaryotes or viruses. The successful candidate will teach 45 hours a year in this field.

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis. The successful candidate will conduct international-level research in a stimulating environment, with the aim of understanding and mastering the fundamental degradation mechanisms of materials subjected to extreme and/or complex conditions, in order to develop new, more sustainable and circular materials, involving renewable raw materials, more virtuous processes and efficient recycling. He or she will be responsible for 45 hours of teaching per year in this field of sustainable development.

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis. The successful candidate will conduct world-class research in the field molecular synthesis for glycosciences (glycochemistry). The successful candidate will teach 45 hours a year in this field.

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis. The successful candidate will conduct world-class research in the field molecular synthesis for glycosciences (glycochemistry). The successful candidate will teach 45 hours a year in this field.

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis.The successful candidate will conduct world-class research aimed at identifying and characterizing natural products of therapeutic interest, their targets and mechanisms of action. The successful candidate will teach 45 hours a year in this field.

The CNRS opens a tenure track position for a high-quality chemist with a minimum of five years of experience after the thesis. The successful candidate will conduct international-level research in a stimulating environment aimed at investigating the impact of water in porous solids from the nanoscopic to the macroscopic scale, using theoretical and/or experimental approaches.

The CNRS opens a tenure track for a researcher with strong expertise in analytical sciences applied to cultural heritage, and with a minimum of five years of postdoctoral experience. The selected candidate will conduct internationally recognized research on the alteration, aging, or conservation processes of heritage and archaeological materials, and will actively contribute to teaching analytical chemistry and heritage science at the undergraduate and/or master’s level.

PRECISION junior professor chair aims to attract a talented researcher with the capacity to design and lead a project at the cutting edge of experimental research. This project will draw on the unique properties of ultra-cold atoms and molecules, trapped ions, as well as recent advances in quantum control and atom interferometry. These approaches, far from being exclusive, could be combined to push back the limits of precision in experimental measurements even further.
The candidate will have complete liberty to propose an ambitious project, with applications to tests of fundamental physics and aimed at exploring the frontiers of the Standard Model. Possible topics include, but are not limited to, the determination or study of the possible variation of fundamental constants, the investigation of fundamental symmetries, the measurement of the electron's electric dipole moment, and the development of cutting-edge technologies to improve the sensitivity of atomic interferometers. These advances could open up promising prospects for the design of a gravitational wave detector based on atomic interferometry.

The CNRS opens the MATEM tenure track position to attract a talent to one of the four possible host laboratories that have recently acquired a state-of-the-art electron microscopy equipment. The research project will make full use of the functionalities of these instruments, with the dual aim of advancing knowledge, the primary mission of the CNRS, and contributing to the emergence of innovative materials, sources of new application concepts.

The FUSION Junior Professor Chair aims to attract a talented researcher to one of the two host laboratories, CELIA or LULI, in order to strengthen their skills in the field of high-energy-density hot plasma physics. The candidate will have to propose an innovative research project exploring novel theoretical and experimental approaches in this field. This project will be part of the Inertial Confinement Fusion (ICF) context, with the aim of igniting fusion reactions and producing energy, by integrating theoretical, numerical and experimental aspects. It will focus on one or more key topics, such as laser-plasma interaction, implosion physics and hydrodynamic stability, the generation and effects of magnetic fields on laser energy deposition, implosion symmetry, ablation pressure and the dynamics of strong shocks. It also includes the mitigation of instabilities, the modelling of microscopic effects and the application of artificial intelligence to optimize fusion schemes.

Our societies are facing increasingly pressing environmental challenges that we must address. Many problems and solutions involve fluid mechanics at different scales, from nanofluidics to atmospheric or ocean dynamics. In this context, the tenure track aims to recruit a researcher conducting fundamental research using or developing sophisticated fluid dynamics techniques, whether analytical, numerical, or experimental, to better understand these environmental challenges or provide solutions.
Candidates must propose a research project that fits into one or more of the four host laboratories: Institut de Physique de Nice, Laboratoire de Physique de l’École Normale Supérieure (Paris), Laboratoire de Physique de l’École Normale Supérieure de Lyon, Service de Physique de l'État Condensé (Saclay).

The SPADE Junior Professor Chair aims to recruit a researcher conducting fundamental work in surface physics, making use of — or contributing to the development of — scanning probe microscopy techniques. Candidates are expected to propose a research project that aligns closely with one of the three potential host laboratories: the Centre for Materials Elaboration and Structural Studies (CEMES), the Institut des Nanosciences de Paris (INSP), or the Institute of Physics and Chemistry of Materials of Strasbourg (IPCMS). The research project should fully leverage the specific strengths of the chosen host laboratory to develop original work in various areas of condensed matter physics. These may include, but are not limited to, light–matter interactions, innovative low-dimensional materials, and the effects of confinement on their properties in a broad sense (structural, electronic, optical, magnetic, or chemical reactivity).

The CNRS opens the SPIN tenure track position to attract a talent to one of the three possible host laboratories: Institut Jean Lamour in Nancy, Laboratoire Albert Fert in Palaiseau, and Spintec in Grenoble. The research project, whether experimental or theoretical, must be convincing in its originality and its ability to go beyond the state of the art. It should be in the field of spintronics, but could also be at the interface between spintronics and other fields of condensed matter physics, such as superconductivity, light-matter interaction, innovative low-dimensional materials, and quantum physics, without being exhaustive.

Significant research has enhanced our understanding of the potential of ideal, large-scale, error-free quantum computers. However, current technological progress only allows for the consideration of limited-size, imperfectly functioning devices. These systems could still achieve significant breakthroughs once their potential is better understood.
The tenure track aims to support this effort by recruiting a researcher in theoretical physics and/or computer science working on such systems. This could involve assessing their potential as computational tools, developing strategies to improve their accuracy, adapting algorithm development to existing platforms, or creating methods to better understand their robustness and dynamics using mathematical, algorithmic, analytical, and/or numerical tools. Candidates will propose a research project that integrates with one or more of the host laboratories.

Appraise consequences of global change on lotic ecosystems

Palaeoproteomics has recently emerged as a powerful method for identifying biological remains of animal or plant origin. This CNRS tenure-track position will build on recent developments applicable to a variety of biomaterials and secondary products derived from human activities. The aim is to document the dynamics of Late Glacial and Holocene socio-ecological interactions in order to describe the impact of human societies on past biodiversity, as well as their economic and symbolic practices, without geographical limits.

The winner of the RENATINS CPJ will develop actions and partnerships in line with his/her research theme, and will be able to draw on existing partnership networks in his/her host laboratory. In particular, he/she will be able to enrich partnerships with Mediterranean countries, as well as on a European and international scale, in the fields of management and conservation of marine aquatic environments. He/she will contribute to the development and promotion of Corsica University's expertise in the management and protection of natural resources, and to strengthening interactions between the various scientific and R&D disciplines required, in particular with the various stakeholders (fisheries, tourism, nature conservation, etc.). He/she may also take part in international training courses where they exist, or initiate their creation in Corsica.

The CNRS is recruiting a scientist of international excellence at the interface between functional biology and ecology, with a minimum of five years' post-doctoral experience. The successful candidate's research project will focus on marine fungi, from understanding their ecological specificities to their functional specificities. He or she will teach 45 hours a year in this field.

The aim of this CNRS tenure-track position is to strengthen research in Quaternary geology/geoarchaeology and to take advantage of recent methodological advances in order to renew our understanding of Pleistocene and Holocene environments through research into site-scale dynamics and the impact of environmental factors on human settlements in the various Quaternary periods.

The physics of the atomic nucleus plays an essential role in the study of nuclear reactor operation. Neutron-induced nuclear reactions provide the nuclear data needed to better understand and predict reactor operation. The recent commissioning of the Neutrons for Science facility at GANIL opens up new possibilities for the study of neutron-induced nuclear processes, and for high-precision measurements of neutron-induced reaction cross sections. The tenure track project will focus on NFS measurement campaigns, data analysis and instrument development.

The standard model of cosmology (ΛCDM), established in the early 2000s, relies on two still mysterious components: dark matter and dark energy. The latter, of unknown nature and with repulsive properties presents a major challenge. It could either be a new constituent of the Universe or a sign of a deviation from general relativity. Determining its true nature requires precision tests of cosmic expansion and the history of structure formation. This second domain, still poorly constrained, is key to testing General Relativity and exploring potential alternative theories of gravitation on large scales.

The Legacy Survey of Space and Time (LSST) has been specifically designed to study correlations in gravitational shear (weak-lensing), providing direct access to the foreground matter distribution. Conducted at different redshifts, this technique allows researchers to reconstruct the history of structure formation and test the validity of gravitational laws on cosmological scales. LSST will also collect thousands of Type Ia supernovae, enabling a precise mapping of cosmic expansion. The analysis of supernova velocities at low redshift will help measure the structure growth rate.

The CPJ chairholder will strengthen these efforts by participating in the extraction of the gravitational shear signal from the LSST data, and by combining weak lensing and galaxy clustering data from the Dark Energy Spectroscopic Instrument (DESI) to constrain dark energy and explore the foundations of modern cosmology.

The Higgs boson plays a major role in understanding the links between the infinitely small, the elementary particles, and the infinitely large, the origin and evolution of the Universe. To make progress on these questions, the determination of the Higgs boson's couplings and the search for physics beyond the Standard Model are key topics. The CPJ chairholder will on one hand have the opportunity to make major contributions to this research in the CMS experiment at CERN's LHC, and will also lead the definition of a high-performance and innovative pixel detector for a future Higgs factory such as CERN’s FCC-ee, building on the local expertise in this area.

The processes that accelerate particles to ultra-relativistic energies, producing radiation at levels unattainable on Earth, and the cosmic environments where this occurs are often poorly understood. This radiation is linked to matter configurations with strong gravity and/or magnetic fields, such as supermassive black holes in galaxies (AGN), fast-rotating neutron stars (pulsars), and supernovae marking the end of massive stars. The Cherenkov Telescope Array Observatory (CTAO), currently under construction, will be the largest very-high gamma-ray observatory on Earth, dedicated to studying gamma-ray radiation from these objects at the highest energies (10 GeV to 100 TeV) to uncover the underlying processes. The tenure-track position (CPJ) will be deeply involved in the exploitation and operation of CTAO over its expected 30-year lifespan. This position is critical, with construction ending in 2029 and the commissioning phase starting in 2026.

The project is in line with the development of innovative radiotherapies, in particular that of a joint photon-hadrontherapy model integrating dose rate (conventional to Flash) and spatial extension of beams (scattered vs. pencilbeams vs. μbeams). This is a highly interdisciplinary project involving physicists, biologists and radiation oncologists, which will reinforce the instrumental
developments carried out at the LPCC in collaboration with CYCERON's ISTCT team, CIMAP and the major instruments in the greater Caen area, notably GANIL and CYCLHAD: optimization of irradiation lines, dosimeters, beam monitors and methodologies essential to the activities of the various platforms. The project is set
against the backdrop of the 2027 start-up of the C400, a clinical machine for proton, helium, carbon and oxygen hadrontherapy, in which the person recruited will play a central role, and the strategic development of vectorized internal radiotherapy.

The CNRS is recruiting an outstanding young scientist to develop a research project to study the role of chemical modifications of RNA in eukaryotes.

The CNRS is recruiting an interdisciplinary chemistry-biology tenure track to develop theranostic nanoparticles based on innovative chemistry for tomorrow's healthcare applications.

The CNRS is recruiting a junior professorship to raise its international profile in the strategic and fast-growing field of artificial intelligence applied to structural biology, digital simulation of macromolecular complexes and synthetic protein design.

Exciting opportunity for the development of multi-agent approaches based on generative AI and extended language models (LLM) for medical purposes.

Advances in multi-scale modeling and machine learning are transforming how we interpret high-throughput biological data, making it possible to predict biological functions and behaviors in complex environments. In this context, the CNRS is launching a Junior Professor Chair in computational biology to strengthen interdisciplinary research aimed at developing integrative predictive models, leveraging large-scale microbiology data from functional enzymatic screenings and flagship initiatives such as Tara Oceans and ATLAsea.

The CNRS is recruiting a Junior Professor to develop new vectorization strategies to facilitate the delivery of therapeutic and diagnostic agents to the brain, based on vectors that can cross the blood-brain barrier.

System biology to study the physiopathology.

The CNRS is recruiting a junior professorship to raise its international profile in the highly strategic field of radiobiology on the Curie-Orsay campus.

The project will be part of the PRIME team shared by LaBRI and SANPSY. The aim is to develop and validate multi-agent approaches based on extended language models (LLMs), applied to medical problems such as the creation of diagnostic tools based on linguistic data and pathology management, the generation of interactive scenarios run by conversational agents, the analysis of health data corpora and the design of predictive models for the evolution of disorders. One challenge will be to ensure the robustness of LLMs to enable their use in complex and unpredictable human behavior disorders, to ensure the reliability of models in clinical environments, and to participate in their validation with patients. The project of the person recruited, while rooted in computer science, will therefore have to be based on use cases developed in collaboration with the site's clinicians.

The CNRS is recruiting a senior researcher (M/F) whose transdisciplinary project will cross disciplines, methodologies and approaches to (1) understand the modifications and responses of environments and socio-ecosystems to global changes and growing inequalities, (2) observe and analyze transition policies (adaptation and/or mitigation), as well as the human, social, political and environmental consequences. This strategy will enable us to prioritize the physical, biogeochemical and social mechanisms at work, and then make proposals to decision-makers.

The CNRS is recruiting a researcher in humanities and social sciences for a "chaire de professeur Junior" dedicated to contemporary Chinese studies. Understanding contemporary China and its place in the world requires intimate knowledge of its internal dynamics and social and cultural transformations. The expected research will focus on Chinese society and its changes.

The CNRS is recruiting a researcher in humanities and social sciences for a "chaire de professeur Junior" dedicated to legal systems and the circulation of norms. By focusing their work on a particular actor, sector or theme, the successful candidate will explore the relationships between these different normative sources, the dynamics of articulation and the mechanisms of conflict resolution, including from a diachronic perspective.

The CNRS is recruiting a researcher in humanities and social sciences for a junior professorship dedicated to Environmental Transition and Transformations in Work. The world of work has changed profoundly in recent years: digitalisation and platformisation, environmental transition, tensions over social rights and reconfigurations of the relationship between time and employment. In this context, it is essential to produce innovative and interdisciplinary research to inform public policy and organisational strategies.

The CNRS is recruiting a researcher in humanities and social sciences for a "chaire de professeur Junior" dedicated to ethnoarchaeology and the anthropology of techniques over the long term. The aim of the CPJ is to reconnect with methodologies that are attentive to the cultural nature of materialities and know-how and to extend their analysis over the very long term and in a comparative approach across all fields where human societies and successive cultures have developed.

The CNRS is recruiting a researcher for a"chaire de professeur Junior" dedicated to collective dynamics and decision-making in a context of global change and transition. The aim of this CPJ is to better understand, predict or control complex systems such as interaction or communication networks, urban structures and economic markets. The successful candidate will develop an interdisciplinary approach between physics and humanities and social sciences.

The CNRS is recruiting a researcher working on frugality in materials by design, i.e. on reducing the impact of the manufacture and/or use of materials on the environment and/or CO2 emissions.

Topological photonics, an emerging field of research, aims to develop optical and optoelectronic components with properties topologically protected against decoherence and backscattering. The chair holder, an expert in digital theories and simulations, will develop research on non-linear topological photonics and circuits for quantum algorithms.

At one of the world's leading sites for research in magnetic confinement fusion, CNRS is strengthening its scientific expertise in fusion research by recruiting an expert researcher in one or more of the many disciplines involved in the field.

The CNRS is recruiting a researcher working on the design and manufacturing of eco-sourced, bio-sourced or low environmental footprint materials or structures. The relevant scientific fields include the characterization of these materials, mechanical engineering or the development of new processes with reduced environmental impact.

The general objective of this project is to strengthen CNRS activities in the field of robotics, control engineering, and AI for autonomous systems interacting with humans, with two main research axes: developing new control approaches and architectures for autonomous vehicles taking into account human aspects, including the development of observers and estimators exploiting available data, and learning driving situations to adapt to driver preferences and constraints and enhance human driving capabilities in complex environments to improve safety and facilitate driving using technologies from robotics, autonomous systems, and artificial intelligence.

Perception and understanding of situations in open and dynamic environments, as well as vehicle uncertainty management and integrity, are major challenges addressed in this project, aiming to strengthen excellence laboratories in the field.

This tenure track in computational and/or digital biology applied to health is devoted to the development of therapeutic methods through multi-scale characterisation of the mechanics of biological responses, modelling of radiation-tissue interactions and associated image processing. The aim is to better understand, predict and control the plasticity and cellular/tissue dynamics of tumours by integrating their environment when they are subject to standard treatments or innovative strategies. The methodological challenges are therefore to observe, characterise and simulate multi-scale biological or biophysical phenomena by developing ex vivo numerical or biological models. The models obtained will be used to help make therapeutic decisions based on preclinical clinical or biological data, to gain a better understanding of treatment response processes and to optimise therapeutic strategies..

Modeling and simulation of human behavior and interaction with robots are very active research topics at the interface of robotics, virtual reality and haptics, and extend from biomechanics to human motion analysis. Human-robot interaction is very rich in scientific problems that can be used to solve important practical robotic problems: role management between robot and human, multi-sensory feedback (visual, haptic), shared control algorithms to manage redundancy and the constraints of one or more robots, balance, motion planning. Added to this is the recent development in the field of machine learning methods, with the possibility of learning, imitating or reproducing human capacities for action and interaction with robots, by exploiting methods for synthesizing human movement, whether through kinematic or dynamic approaches.

Being able to exploit massive imaging data in a clinical context is a major challenge in order to design, develop, evaluate and validate new approaches to analyze this data, with a much more integrated, transdisciplinary and translational vision. This involves integrating heterogeneous data and modelling patient care trajectories, including medical images, radiological reports, hospital and biological data. This should enable these multimodal data to be monitored longitudinally, in order to identify the factors that determine the effectiveness of treatments. The aim is also to identify and validate complex biomedical signatures from multimodal and multiscale sources (multi-parametric MRI, EEG, ECG, ultrasound imaging, biomolecular, genetic and phenotypic data, etc.), in order to reveal underlying pathological mechanisms and guide therapeutic approaches. To meet these challenges, the CNRS is offering a tenure track.

This tenure track in machine learning for structural bioinformatics focuses on solving algorithmically complex problems with therapeutic applications. The project, centered on hybrid methods (AI, algorithms, physics, statistics), aims to model and characterize the conformational and dynamic properties of the most flexible biomolecules, such as disordered protein regions and coding or non-coding RNAs. The targeted properties include thermodynamic and kinetic behaviors, the impact of environmental conditions, the effects of post-translational modifications, and the prediction of interactions. The project seeks to address challenges related to the design of such molecules and their regulators in the medical field. To overcome limitations caused by the scarcity of data on these molecules, the project will leverage collaborations with experimental biophysics, in vitro biology, and biochemistry laboratories.

A tenure track position (CPJ) in the Mathematics of Life is a unique opportunity to develop advanced mathematical research at the intersection of scientific disciplines. Mathematics enables the modeling, analysis, and simulation of complex phenomena in biology and medicine. These approaches promote a deeper understanding of life, from the molecular level to that of ecosystems, by developing appropriate mathematical tools (analysis, simulation, AI).

Analysis in all its forms is at the heart of this tenure track position (CPJ) . A historical field of infinitesimal calculus, the study of partial differential equations and the calculus of variations, analysis also includes areas with major applications related, for example, to frequency analysis in all its forms. The geometric or dynamic aspects of analysis, or those related to alea, are also relevant to this professorship.

Formalising ecological and evolutionary processes using biomathematical, biostatistical and bioinformatics approaches is essential to understand the complexity of living systems on extremely varied time and space scales. Modelling, scenario-building and prediction are at the heart of many of today's scientific and societal challenges. They are based on the availability of unprecedented, increasingly massive and heterogeneous data, requiring the development of new mathematical methods, particularly in digital simulation and artificial intelligence.

The CNRS is recruiting an accomplished specialist in the preparation and analysis of observations acquired as part of the Service National d'Observation FR SKA-SRC. SKAO will be the world's largest radio observatory and, for decades to come, will open up unprecedented perspectives in astrophysics, cosmology and fundamental physics. In some areas, it will be irreplaceable, while in others it will provide key data to complement other major instruments.
With the first observations expected as early as 2026, this recruitment aims to strengthen French participation in the scientific exploitation of SKAO. The candidate will have to propose an ambitious program in areas where SKAO promises to make decisive advances.

The CNRS is recruiting an accomplished specialist in the analysis of observations acquired as part of the National Observation Services constitutive of the ACTRIS, ICOS and IAGOS RIs on clouds, and/or aerosols and/or greenhouse gases in the troposphere, for a better understanding of key tropospheric processes in a context of anthropization and climate change. Through the study of climate forcings (gases, aerosols, water vapor) and their evolution, the candidate will propose an ambitious program to study the long-term evolution of the processes, feedbacks and coupling explaining the responses of the climate system to these forcings, as well as their variability.

The CNRS is recruiting for a junior professorship an accomplished specialist in the characterization and modeling of water and material flows and transfers within the different compartments of the critical zone. The work will take place within the framework of the OZCAR IR (Critical Zone Observatories) and the European eLTER Infrastructure for long-term monitoring of socio-ecosystems, and more specifically the European P3M platform (Mediterranean Plains, Piedmonts and Plateaux). The recruited person will rely on the observations and on available data of the P3M and will ensure their FAIRization, through their involvement with P3M stakeholders.

The CNRS is recruiting an accomplished specialist in the development of instrumental and experimental approaches in natura, in the laboratory or in silico to better understand the biogeochemical functioning of clouds. Based on innovative research in atmospheric sciences, microbial ecology and environmental chemistry, both in the field (Puy de Dôme and other stations), in the laboratory (simulation chamber) and in silico, the candidate will propose an ambitious program in the field of molecular transfers and interactions in multiphase cloud environments, characterization of the atmospheric biome, and surface-atmosphere exchanges of chemical and biological material along the water cycle in a context of anthropization and global change.

The CNRS is recruiting an accomplished specialist in the development of new concepts (frugal instrumentation, low-tech) for observing natural and human-impacted environments. The aim is to define the role of emerging technologies in addressing socio-environmental transitions challenges, within the framework of the EquipEx+ Terra Forma initiative, and in connection with the Data Terra research infrastructure (and the EquipEx+ Data Gaia).

The candidare will propose an ambitious research program to define the role of new technologies and concepts (frugality, low-tech, additive manufacturing) in addressing socio-environmental transition challenges, with the goal of enhancing in-situ observation systems in terms of efficiency, sustainability, and resilience. Key objectives also include optimizing energy autonomy, integrating embedded intelligence (AI), enabling data transfer (IoT), and improving sensor usability.

Overseas territories are considered to be sentinel "markers" of the impacts of global change: increased natural hazards, degradation of resources and environmental quality, decline in biodiversity, appearance of invasive species and emerging diseases... One of the challenges for these territories is to anticipate the effects of global change and help populations adapt to them in a context of high vulnerability.

The "One Health Outre-Mer" CPJ will support research activities in the DROM-COM on the evolution of ultramarine socio-ecosystems in one of two research areas:

• Observation, monitoring and prevention of the impact of climate change and natural hazards on the health and uses of people living in the French overseas territories.
• The evolution of ecosystems, biodiversity and natural substances and resources in the face of global change and their impact on human health and uses.

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Your application file will consist of a single PDF document including :

• The completed application form
• Doctorate diploma or all documents required to apply for equivalence
• Photo ID
• A possible request to arrange a hearing

All applications incomplete by the closing date will be rejected.

1 - Hold one of the following diplomas:

• PhD
• state doctorate or post-graduate degree
• doctor of engineering degree
• diploma of studies and research in odontological sciences (DERSO)
• diploma of study and research in human biology (DERBH)

2 - Hold a foreign university degree deemed equivalent to the above-mentioned diplomas.

For foreign diplomas, a French translation must be provided by a sworn translator, or a certificate of comparability can be obtained from ENIC-NARIC: www.france-education-international.fr/enic-naric-menu/comment-obtenir-attestation.

3 - Proof of scientific qualifications and work deemed equivalent to the above-mentioned diplomas

If you do not hold a doctorate (because you have not yet defended your thesis, or you do not have an equivalent degree but can provide evidence of scientific work, etc.), or if you hold a foreign degree, you may nevertheless be eligible after receiving the opinion of the competent evaluation body of the Comité national de la recherche scientifique, which will rule on the equivalence of your scientific work.

If you have a permanent disability and qualify as a disabled worker, or if you are a beneficiary of France's "obligation d'emploi" scheme, you may benefit from special arrangements for your audition.

You must request accommodations when you register at the following address d rh-seri.accueils@cnrs.fr

Your request will be considered on production of proof that you fall into one of the above categories, and of a medical certificate specifying the accommodation you require, completed by an approved doctor appointed by the authorities. These accommodations are not granted automatically, but depend on the nature of your disability. In particular, they enable us to adapt the duration and splitting of tests to your physical capabilities, or to provide you with the necessary human and technical aids. In the event that your disability or state of health changes between the date of your request for accommodations and the date on which the tests take place, you will need to provide additional documents within the timeframe required to enable them to be taken into account.

For candidates from overseas or living abroad, pregnant candidates and candidates whose state of health justifies it, the audition is organized by videoconference on request at the time of registration. Contact the Competitive Examinations Department at: drh-seri.accueils@cnrs.fr

This recruitment scheme is in line with the French Research Programming Act https://www.legifrance.gouv.fr/jorf/id/JORFTEXT000042738027

The terms and conditions of this recruitment are governed by Decree no. 2021-1710 of December 17, 2021, as amended, relating to the tenure track contract https://www.legifrance.gouv.fr/loda/id/JORFTEXT000044518389/2023-02-11/

Order of February 22, 2022 setting the application procedures for recruitments under tenure track contracts
https://www.legifrance.gouv.fr/jorf/id/JORFTEXT000045300174

Order of February 23, 2024 setting the list of junior professorship contracts for the year 2024 https://www.legifrance.gouv.fr/jorf/id/JORFTEXT000049253498