Teaching Python programming, Unix, Bash shell, open science and bioinformatics project management.

Development of methods and algorithms for mass spectrometry data analysis.

Inserm U665 lab / Univ. Paris Diderot - Paris 7 / INTS- structural bioinformatics of the small Heat Shock Protein family- molecular modelling of integrin alphaIIb/beta3- developpment of the PTools library: C++/Python library for protein-protein and protein-DNA docking

- office revamping (lightweight walls, mains electricity and computer network)- configuration and maintenance of Linux clients and servers- wiki administration- from end-2010 to mid-2012: management of two system administrators (engineers)

- Development of digital solutions to fight malaria (with the Fongwama open-source software development platforme)- Data management and analysis of clinical data- Capacity building in research practices- Introduction to Bioinformatics

I lived 4 years in Pointe-Noire, Republic of Congo, Central Africa.In addition to the discovery of a new culture, I have been fortunate to meet varied work experiences:- In the oil & gas industry, at Total E&P Congo, as an IT project manager (server rooms, disaster recovery plan) and then as a GIS data analyst (data management, development of reporting solution, Python training)- In the scientific research area, at the Fondation Congolais pour la Recherche Médicale (FCRM), as a visiting scientist. My main activities were capacity building in research practices and development of digital solutions to fight malaria.

- Development of a reporting solution for the Geographical Information System (GIS)- Support the GIS team for data management- Crafting / training in PythonOur project won the 'gold barrel' Total E&P Congo award in 2015.

- Revamping and management of server rooms (network, power supply, raised floor, cable and rack management).- Overall organization of IT documentation.- Development of the disaster recovery plan.

Laboratoire de Biochimie Théoriqueinstitut de biologie physico-chimique- protein/DNA docking- coarse grain DNA model development- C++/Python library (PTools) - Python, Unix

- theoretical study of the thermodynamical properties of polypeptides in the gas phase- statistical approach based on Monte Carlo algorithms applied in generalized ensembles- Replica Exchange Method or Wang-Landau- simulations realized in strong relation with experimental progress of the group (mass spectrometry)- role of entropy in the stabilisation of beta sheets- effect of intense and static electric field on peptide conformation- C++ [MPICH] / Python programming