Program Overview

The Research Program for International Talents gives undergraduate, graduate, and doctoral students from international partner universities of Ecole Polytechnique the opportunity to complete a 3- to 6-month research project under supervision of a scientist in one of the institution’s 23 laboratories.

Each year in October, the International Affairs Office sends a call for applications to the laboratories of the Ecole Polytechnique and, at the end of November at the latest, the research subjects are listed below. Find out more about the selection process here.

Ecole Polytechnique's 23 research laboratories are joint research units, affiliated with several national research organisms, including CNRS, INRIA and INSERM, and cover disciplines as varied as mathematics, physics, chemistry, biology, mechanics and economics. The research conducted by the laboratories’ over 600 scientists results in over 2,7500 A-rank scientific publications every year.

Located at the Plateau de Saclay, the laboratories are at the heart of a scientific cluster made up of national research organizations such as the CNRS, CEA and INRIA, higher education and research institutions, R&D centers and various innovation clusters.

The research program for international talents is supported by the Fondation de l'École polytechnique.

Discover the testimonials of former participants

Subjets for the academic year 2027

Please note that the research subjects presented below are valid for the academic year 2027.
Research subjects are updated at the end of November at the latest each year.

 Title SupervisorCode
APPLIED MATHEMATICS   
 Scientific machine learning for kinetic theory: structure-preserving learned moment closures for Boltzmann, BGK and Fokker–Planck equationsMarc MassotCMAP02
 From stationary action principle to simulation of two-phase flowsMarc MassotCMAP03
 Mathematical modeling and simulation of clot formation: a thermodynamically consistent phase-field framework for thrombus growth in blood flowMarc Massot (& Malebogo Ngoepe)CMAP04
 Tomography and inverse scatteringR.G. NovikovCMAP05
APPLIED OPTICS AND POLARIMETRY   
 Structured-illumination 3D surface sensing integrated with a wide-field imaging Mueller polarimeter for intraoperative fiber tracking in neurosurgeryTatiana NovikovaLPICM01
APPLIED PHYSICS, MATERIALS SCIENCE   
 3D tomography of topological defects in colloidal LC assembliesJongwook KimPMC02
BIOLOGY   
 RNA and Protein ModificationsPaloma FERNANDEZ VARELABIOC01
BIOMEDICAL ENGINEERING   
 Dynamic analysis of collective cell migrationAbdul BarakatLadHyX01
CHEMISTRY   
 Lignin Depolymerization via ElectrochemistryCédric TardLCM02
 Small molecule activation by low-valent f-block complexesThomas SimlerLCM03
 Non-typical Reformatsky reactions: investigating and understanding surprising results.Yvan SixLSO01
CHEMISTRY, MATERIALS SCIENCE   
 Chiral Infrared Plasmonic Semiconductor NanocrystalsJongwook KimPMC03
COMPUTER SCIENCE   
 Agentic Approaches for 3D shape synthesis and analysisMaks OvsjanikovLIX01
 Accurate and explainable IP-to-AS mappingThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX04
 BGP hijacks at IXPsThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX05
 Cloud Infrastructure Optimisation and SecurisationThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX06
 Dynamic Systems — Stability & Robustness Modelling/AnalysisThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX07
 Wireless Sensing SecurityThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX08
 Experimental Channel Characterisation and Wireless Link-ModellingThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX09
 Extending Wireless Sensing Generalisability through Novel Machine Learning ApproachesThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX10
 Addressing the scarcity of labeled data for Network Intrusion Detection through Active and Few-shot LearningThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX11
 Local Clustering for Directing Messages in Multi-hop Multi-source Linear LPWA NetworksThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX12
 Congestion Control Detection and ClassificationThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX13
 OLSRv2 Dynamic ClustersThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX14
 Purely Responsive OLSRv2Thomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX15
 Switching Live Connections to Evade MiddleboxesThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX16
 Generation of a modern and realistic dataset for cloud native applications running on a kubernetes cluster: Generation of anomalies and security attacksThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX17
 Understanding Internet Routing Anomalies through BGP Community BehaviourThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX18
 Uncovering Hidden Information in BGP Path AttributesThomas Heide Clausen, Juan-Antonio Cordero-Fuertes, Kevin Jiokeng, Kevin Vermeulen, Thomas Krenc, Jean-Louis RougierLIX19
COMPUTER SCIENCE & BIOLOGY   
 Self-stabilizing collective systems in CS and biologySophie Escot & Juan-Antonio Cordero-FuertesLIXLOB01
COMPUTER SCIENCE, AI    
 Can AI agents relearn dangerous knowledge removed from their models?Martin GubriLIX02
 Data efficiency for conditional visual generationVicky KalogeitonLIX03
DEVELOPMENTAL BIOLOGY, BIOPHYSICS   
 Investigating development and plasticity of gemma cups in Marchantia polymorphaStéphanie Drevensek (& post-doc Leonie Kraska)LadHyX05
FLUID MECHANICS   
 Flow-induced transport of particles in non-isotropic mediaSébastien MichelinLadHyX02
HYDROMECHANICS, BIOPHYSICS AND PLANT BIOLOGY   
 Investigating the distribution of hydraulic conductivity during growth in Marchantia polymorphaStéphanie Drevensek & Abdillah MohamedLadHyX03
MATERIAL SCIENCE, SURFACE CHEMISTRY   
 MOF layers for depollution or energy applicationsCatherine de VILLENEUVEPMC01
MATERIAL SCIENCE, THEORY AND NUMERICAL SIMULATIONS   
 Theoretical approaches for time-resolved spectroscopy and transient transport properties of materialsJelena SjaksteLSI01
MATHEMATICS   
 Mathematical physics: derivation of mean field equations in Bose-Einstein condensation at positive temperatureAnne de BouardCMAP01
PARTICLE PHYSICS   
 Optimising a 5D calorimeterVincent BoudryLLR02
PHYSICS   
 Event shape variables in minimum-bias photonuclear interactions with CMSMatthew NguyenLLR01
 Design of novel, ultracompact focusing devices for ultrarelativistic particle beamsArnd SpeckaLLR03
 Dynamics of electron-positron-beams generated by laser plasm acceleratorsArnd SpeckaLLR04
 Seeing the Invisible – Advanced Laser Diagnostics of Cold Atmospheric Plasma JetsSvetlana StarikovskaiaLPP01
 Modelling electronic density fluctuations with time-dependent density functional theoryNathalie VastLSI05
 Modelling point defects for quantum application Nathalie VastLSI06
 Study of the transport properties of boron-rich solids from ab initio calculations: thermal, electricalNathalie VastLSI07
PHYSICS (THEORETICAL AND COMPUTATIONAL CONDENSED MATTER PHYSICS)   
 Electronic excitations and spectroscopy of materials from first principlesVitaly Gorelov (& Theoretical Spectroscopy Group)LSI04
PHYSICS & BIOLOGY   
 Photoswitchable proteins for optogeneticMichel SliwaLOB01
 Photoswitchable proteins bio-molecules for nanoscopy and deep gio-imagingMichel SliwaLOB02
PLANT BIOLOGY, CELL BIOLOGY, BIOPHYSICS AND MECHANICS   
 Investigating the role of MpPMT.7 in pectin secretion and cell wall remodeling during growth in Marchantia polymorphaStéphanie Drevensek (& post-doc Jahed Ahmed)LadHyX04
SYNTHETIC MOLECULAR CHEMISTRY   
 Mixed iminophosphorane ligands for coordination chemistry and catalysisAudrey AuffrantLCM01
THEORETICAL PHYSICS   
 Correlated ultracold quantum matter in exotic potentialsLaurent SANCHEZ-PALENCIACPHT01
ULTRAFAST QUANTUM ACOUSTO-MAGNETO-PLASMONICS   
 Probing Functional Nanomaterials with Time-Resolved Photoacoustic MicroscopyVasily TemnovLSI02
 Ultrafast Quantum Optics in Functional NanostructuresVasily TemnovLSI03

It is possible to apply for a subject not listed above, developed as part of a collaboration and with the agreement of the tutor and the Research Program coordinators. In this case, please select the "Specific subject defined with the supervisor" option in the application form.

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