Hi! I'm  Aarón

Member of the DATA group from the program Grand Défi Ferments du Futur (FdF).

My main activities take place at the bioinformatics facility MIGALE where, in tight collaboration with other devs, I carry out the development of the Information System that will store the generated heterogeneous multi-omics data of the program FdF. For instance, the data requires to compile with the FAIR principles: Findable, Accessible, Interoperable and Reusable.

Employer's site

Development, maintenance and evolution of the intranet system for the Interdisciplinary Laboratory of Computer Sciences (LISN, University Paris-Saclay). The system was developed by using the techs Django, MySQL, Bootstrap and Javascript. The main functionalities implemented included:

> The module of recruitment for future members of the institute.
> The institutional directory with more than 450 active members.
> The module to manage the profile of each member at the institute (allowing to setup personal and public data).
> The endpoints from an API-REST that feed data to the public website of the lab.
> The inventory module to manage the computational material and the purchase order tracking in the lab.

Employer's site

Experience in a technological facility where I carried out:

> High-throughput proteomic studies using R and Python to analyze yeast samples, for the European Project CHASSY, and from other biological sources (human, plants pathogens, bacteria and mammals) for several national projects.
> Versioning using GIT to provide the traceability required for the quality standard ISO 9001:2015.
> Support in lab practices of bachelor students.
> Writing of an R package capable to analyze metaproteomics data in the context of the project POC Microbiome Rapid-Access.

Employer's site

Research work focused on the comparative analysis between Streptomyces bacteria having different phenotypes to produce either lipids or antibiotics.

> Application of an integrative approach combining biochemical and statistical methods to identify the differential proteins responsible of the contrasting phenotypes.
> Optimization of the pipeline (wet lab and computational R scripts) to extract insights from high-throughput proteomics data.
> Valorization of scientific data by presenting the results at international conferences and through publications of peer-reviewed articles .
> Development of project management skills to achieve the goals during the fixed deadlines in a multidisciplinary environment.

Employer's site

Research studies carried out at the Professional and Interdisciplinary Unit of Biotechnology (UPIBI). Where I :

> Optimized of the production conditions of two microalgal strains to enhance lipids accumulation as feedstock for biofuels by using the response surface methodology.
> Scaled-up the suitable culture conditions of a marine microalgae from lab (1 l) to pilot-scale (200 l) in order to produce oleaginous biomass
> Presented the obtained results at conferences in North America.

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