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Université de Strasbourg invites applications for a Postdoctoral research fellow in molecular modelling of synaptic receptors within the GlyTrans ANR project. The role focuses on MD simulations, MSM development, and collaboration with Pasteur's teams.
The position is 12-24 months, full-time at IFM (UMR7177). Candidates should hold a PhD obtained within the last 3 years and demonstrate strong English communication and teamwork.
Organisation/Company Université de Strasbourg Department Direction des ressources humaines Research Field Chemistry Researcher Profile Recognised Researcher (R2) Positions Postdoc Positions Application Deadline 25 Sep 2026 - 23:59 (Europe/Paris) Country France Type of Contract Temporary Job Status Full-time Offer Starting Date 12 Oct 2026 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
Position identification
Title of post : Postdoctoral research fellow
Type of contract : Contrat Post-doctoral (CDD)
Category (A,B or C) : A
Contract/project period : 12-24 months Expected date of employment : 12/10/2026
Proportion of work : full time
Workplace : Labo IFM (UMR7177)
Desired level of education : PhD degree (obtained less than 3 years ago)
Experience required : Proficiency in MD simulations, experience with Markov-state modeling,
and management of HPC resources.
Date of publication : 28/08/2026
Closing date for the receipt of applications : 25/09/2026
Research project or operation
A post-doctoral position in molecular modelling of synaptic receptors is available within the framework of the ANR-funded project GlyTrans between the Institut de Chimie de Strasbourg (France) and Institut Pasteur in Paris. The research project builds on a long-standing and fruitful collaboration between the groups of Marco Cecchini in Strasbourg and Pierre-Jean Corringer and Jean-Pierre Changeux at Institut Pasteur.
Activities
Description of the research activities :
The goal of the project is to decipher the conformational transitions of a prototypical synaptic receptor during activation and desensitization with atomic resolution by combining electrophysiology and fluorescence experiments with Molecular Dynamics and Markov-state modelling. The position is available for a duration of 12 months with possible renewal for another 12 months. The research project, the job description and requirements are described at: https://seafile.unistra.fr/f/0c453300ac06416ca4f4/
Skills
Qualifications/knowledge :
The selected candidate will oversee: (1) setting up and running MD simulations of GlyR in different conformational states and in complex with ligands; (2) constructing several MSMs based on the MD sampling; (3) exchanging results and ideas with Pasteur to fertilize observation made in silico and formulate hypothesis to be tested experimentally. Proficiency in MD simulations, experience with Markov-state modeling, and management of HPC resources will be considered as an asset.
Operational skills/expertise :
All simulations will be carried out using Gromacs. MSM construction will be done using PYEMMA and Deeptime. Dedicated computer resources at the Mesocentre of Unistra and the French national computer centers (GENCI) will be used.
Personal qualities :
Excellent written and verbal communication skills in English.
Strong team-working skills and the ability to collaborate effectively with others.
Environment and context of work
Presentation of the laboratory/unity :
Marco Cecchini is Maître de Conférence and Head of the Laboratoire d’Ingénierie des Fonctions Moléculaires (IFM) at the Institut de Chimie de Strasbourg. Raised up at the school of Martin Karplus (Nobel Prize in Chemistry 2013), he is leading a molecular modeling group since 2010. His research on pLGICs is well recognized for the development of the first in silico model of gating in pLGICs and the pioneering use of computational electrophysiology for the functional annotation
of ion-channel structures. In collaboration with Ryan Hibbs from UCSD and Jean-Pierre Changeux, he has provided the first structural interpretation of the allosteric modulation at α7nAChRs (Cell 2024).
Hierarchical relationship :
Marco Cecchini is the project leader and supervisor.