Experience

EZAKO - Time Series Solutions
• France
• IT Services and IT Consulting
• 1 - 100 Employee
• Data Scientist

  • Feb 2020 - Present


Pépite Paca-Est

• Student Entrepreneur

  • Nov 2018 - Present

  "Optimize the treatment efficiency" The ChronoMed project consists in developing computational tools to assist healthcare professionals in making therapeutic decisions "Optimize the treatment efficiency" The ChronoMed project consists in developing computational tools to assist healthcare professionals in making therapeutic decisions



I3S/CNRS

• France
• Research
• 1 - 100 Employee

• PHD Student in Computer Science

  • Sep 2015 - Sep 2018

  During my thesis, I developed a new hybrid approach on regulatory networks. Starting from scientific data, this approach identifies a piecewise linear behavior over time from analysed biological system components. A formal method (the Hoare logic) adapted to biological system components allowed to build a constraint system which has been solved using the constraint solver called AbSolute. When a dataset that satisfies the constraints is identified, a piecewise linear behavior over time is graphically represented and compared with experimental data. This pipeline has been gathered in a software called Holmes BioNet. Location: I3S lab (Bioinfo Formelle - Sophia Antipolis) and iBV lab (Circadian Systems Biology - Valrose, Nice) Supervisors: J.-P Comet (I3S) & Franck Delaunay (iBV) Teachings (Practical works - 180 hours): Python (object-oriented programming), Database (MySQL), HTML/CSS Skills: OCaml, Formal method, Constraint solver, Modelling biological systems Show less



University College Dublin

• Ireland
• Higher Education
• 700 & Above Employee

• Research Intern

  • Jun 2014 - Aug 2014

  Title: Linking drugs to genetic variants by interaction profile clustering Skills: Python, R, Clustering, Heatmap Title: Linking drugs to genetic variants by interaction profile clustering Skills: Python, R, Clustering, Heatmap



I3S lab

• Research Intern

  • Jun 2013 - Aug 2013

  "Modeling human/mosquitoe interaction in malaria transmission " Discovery of BioInformatics using NetLogo software. The project consists of designing a multi-agent model to observe malaria transmission in humans based on experimental data. Skills: Scala, NetLogo "Modeling human/mosquitoe interaction in malaria transmission " Discovery of BioInformatics using NetLogo software. The project consists of designing a multi-agent model to observe malaria transmission in humans based on experimental data. Skills: Scala, NetLogo