Coordinator of Organizing Committee #EUNIS18 June 5-8 , ParisLiaison Officer with CSIESR and EDUCAUSE association

First EUNIS congress in June 2007.

To promote the concept of La Métaversité : a future open-source immersive world to teach and learn

EDUCAUSE & EUNIS liaison officer

Liaison officer with EUNIS and EDUCAUSE associationsco-founder of French delegation to EDUCAUSE annual conference

On assignment from the president of Paris Descartes university. Study the current situation, perform an active watch and recommend state of the art solutions for educational technology solutions.

In charge of the Digital Pedagogy Office which offers Academic Support, eLearning Moodle, ePortfolio Mahara and Social Learning Elgg.

Coordination of actions for Academic Pedagogy within the Sorbonne Paris Cité University

Coordination de trois MOOCs du centre Virchow Villermé, vague 1 de FUN. Pilotage de l'appel à MOOCs de l'université Paris Descartes.Formation des correspondants FUN des vagues 2 et suivantes.

IT Project Executive at the Pierre et Marie Curie University at Paris, France. As a member of the IT Board, he played a role in strategic planning and policy development for information technology infrastructure and programs. He also worked as project manager of the University portal based on uPortal technology.http://mon.upmc.fr He was Vice-Director of a licence degree in a cursus preparing students to be primary school teachers.Thierry completed his PhD in Computational Chemistry at the Pierre et Marie Curie University.

IT expertise for scientific exhibitions and educational multimedia project

Quantitative Structure-Activiy Relationships (QSAR) software expert

Molecular Modeling / biocomputing + Organic chemistry synthesis using radioactive molecules Worked at Service des Molécules Marquées (Labelled Compounds Office) at CEN SaclayTitle / Abstract:Serotonin receptors: modeling and quantitative structure-activity relationships for 5-HT1a receptor ligands. Synthesis, labelling and pharmacological properties of new 5-HT3 receptor ligands The work presented in this thesis concerns the study of ligands of central serotonin (5-HT) receptors. It has two parts: 1) 5-HT3 receptors are ion channels and 5-HT3 antagonists have properties (antiemetic, antipsychotic. . . ) that make them potential drugs. Taking the basic structure of zacopride, we have synthesized the first iodine radioligand of the central 5-HT3 receptors. 125I-iodozacopride has proven to be an excellent tool for autoradiographic studies of 5-HT3 receptors in the rat central nervous system. In addition, other zacopride derivatives were synthesized for photoaffinity labeling and for purification of these receptors from NG 108-15 cells.2) 5-HT1a receptors are the prototype of G-protein coupled serotonin receptors. Using molecular modeling software (MAD,TSAR), we attempted to correlate 5-HT1a pharmacological activity to a number of parameters derived from molecule structures (QSAR). For two homogeneous families (indoles and tetralines), a screen was established allowing to correctly classify eighty percent of the active or inactive molecules. Finally, this model has been successfully used to predict a possible recognition by 5-HT1a receptors for indoles and tetralines, but also for other chemical families.