L O A D I N G

Matéo

Roinard--Chauvet

About

Some words about me...

I am currently enrolled in the second year of the MVA Master’s program (Mathematics, Vision, Learning) as part of my third year at the École Normale Supérieure Paris-Saclay. I also earned a Master’s degree in Physics in 2025 and a Bachelor’s degree in Fundamental Physics (with highest honors) in 2024 from the same institution.

From April to July 2025, I completed a research internship at the LMGN Laboratory at EPFL (Lausanne), focusing on the numerical simulation of interactions between superconductors and metals at the nanometric scale. Earlier, in May–June 2024, I carried out a research internship at the CEA, where I explored condensed matter physics, and more specifically, the physics of dislocations.

During the 2023-2024 academic year, I also gave mathematics oral exams ("colles") at the Lycée Sainte-Geneviève in Versailles, France.

Timeline

Entry at the conservatoire, beginning of 10 years of violin (2010). Trumpet course (2015) and creation of a high school band. Entry in the scouting movement (sizenier, CP and routier).

French high-school diploma with Mathematics Science specialties with expert Mathematics option (with highest honors).

Start of a prestigious intensive foundation degree at the "Sainte-Geneviève" high-school (MPSI-MP*).

Entry in the Department of Physics at the École normale supérieure Paris-Saclay, in the Paris-Saclay University. I graduated with a Bachelor's degree in Fundamental Physics (with highest honors).

I am giving math oral exams ("colles") in the "Sainte-Geneviève" high-school in Versailles, France.

Taking of the IELTS certification (score of 7.5).

Research internship at the CEA in condensed matter physics. I participated in the study of a dynamic model of dislocation propagation in elastically anisotropic crystals.

Frist year of a Master's degree in Fundamental Physics at the ENS Paris-Saclay.

Four-month research internship at the LMGN Laboratory, EPFL (Lausanne), on superconductivity. I studied, through numerical simulations using COMSOL, the interaction between type-II superconductors and normal metals at the nanometric scale under dynamic conditions.

Master's degree MVA at the ENS Paris-Saclay.

Skills

Development

Pytorch Python OCaml

Markup language

Html Css LaTex

Soft skills

Rigor Mutual aid Dedication Adaptability
Image representing the logos associated with the different skills

Portfolio