Resume

My professional journey in physics, software engineering and research, including work experience and academic achievements.

Work Experiences

Senior Research Engineer

Tenable Network Security Inc.

Cork, Ireland

Sep 2022 - Present

Key Projects

Libraries Design & Maintenance
  • Implement libraries for network protocols and standards based on RFCs, exploratory works and reverse engineering
  • Maintain and update existing libraries at the core of Tenable products to withstand the test of time
  • Review tech debt and drive code optimization in libraries
Technologies:
C++NASLCRFCReverse Engineering
Drive Documentation & Education
  • Design docstring syntax for proprietary language
  • Design and create a parser for the in-house docstring syntax
  • Design, implement and maintain a pipeline for automatic documentation generation from docstrings
Technologies:
PythonSphinxBash
Promote Tool-Assisted Research & Tools Cataloguing
  • Create a number of tools to assist coworkers in their everyday tasks (ranging from data analysis tools to QA tools)
  • Lead and promote collaboration on tools creation and cataloguing
Technologies:
PythonRustBashJenkinsJavaScript

Education

Master's Degree in Theoretical Physics

Uppsala University

Uppsala, Sweden

Sep 2017 - March 2022

Key Projects

Thesis: Holographic RG-flows and the Domain-Wall/Cosmology correspondence
  • Compute linearized gauge-invariant Einstein equations in (d+1) dimensions for domain-wall solutions
  • Make the Domain-Wall/Cosmology correspondence explicit in the linearized Einstein equations via a Ī· parameter
  • Compute n-point functions in the d-dimensional build field theory dual to the domain-wall solution
  • Give an interpretation of the impact of the Domain-Wall/Cosmology correspondence on the bulk field theory
Technologies:
MathematicaEinstein EquationsHolographyAdS/CFT
GPPZ and the Holographic Triforce against Scalars
  • Compute gauge-invariant Einstein equations for domain-wall solutions in cosmological perturbation theory
  • Review and compute holographic renormalization for the GPPZ flow
  • Compute the one-point function of the inert and active scalar fields of the GPPZ solution
  • Find results to match seminal literature results with a different approach to calculations
  • Give a popular science talk to present the results and implications of this talk
Technologies:
Einstein EquationsAdS/CFTGPPZPerturbation Theory
The Theory of the Perfect Scientific Article
  • Review literature on scientifc writing
  • Compile and summarize best practices on the redaction of scientific articles
  • Gather findings in a comprehensive text to be read by classmates to elevate the quality of our scientific writing
Technologies:
CommunicationScientific Writing

Bachelor's Degree in Physics, Computer Science & Mathematics

Aix-Marseille University/University of Poitiers

Marseille/Poitiers, France

Sep 2014 - June 2017

Key Projects

Resolving the Hubble tension with hot dark matter (not published)
  • Review literature on the Hubble tension and possible solution
  • Compute Friedmann–LemaĆ®tre equations for a cosmological model with hot and cold dark matter
  • Show that adding hot dark matter to the standard model of particle physics can alleviate the Hubble tension
Technologies:
Friedmann EquationsCosmologyHubble Parameter