## ABOUT ME

I am a PhD student at McGill University under the supervision of Sergey Norin. My research topics are graph theory and combinatorics. My other interests include mathematical analysis, abstract algebra, algorithms and theorical computer science.

I previously completed a Master's degree in mathematics at Université de Montréal under the supervision of Gena Hahn and Ben Seamone. My Master's research was mainly focused on various aspects of the game of cops and robbers.

I'm currently organizing the McGill Discrete Mathematics and Optimization Seminar and the McGill Mathematics and Statistics Graduate Seminar.

## RESEARCH

##### Here are some projects I've worked on or am working on at the moment.

The Burning Number Conjecture holds asymptotically (with Sergey Norin)
Submitted, 2022. |
Preprint | |

Cops and robbers on \(2K_2\)-free graphs
Discrete Mathematics 345(1), 112660, 2022. |
Preprint | Publication |

Cops and robbers on directed and undirected abelian Cayley graphs (with Peter Bradshaw and Seyyed Aliasghar Hosseini)
European Journal of Combinatorics 97, 103383, 2021. |
Preprint | Publication |

4-cop-win graphs have at least 19 vertices (with Samuel Yvon)
Discrete Applied Mathematics 301, pp. 74-98, 2021. Data and code complement |
Preprint | Publication |

Approximation by random complex polynomials and random rational functions (with
Paul M. Gauthier, Thomas Ransford and Simon St-Amant)
Annales Polonici Mathematici 123, pp. 267-294, 2019. |
Online pdf | Publication |

## TEACHING

### Winter 2020 - McGill University

#### No current teaching

### Instructor - Université de Montréal

#### Fall 2020

- MAT1680 - Symbolic calculation and applications

### Teaching assistant - Previous semesters

#### Fall 2019

- MAT1680 - Symbolic calculation and applications
- MAT1681 - Computer assisted mathematics

#### Winter 2019

- IFT3545/MAT6490 - Graphs and networks

#### Fall 2018

- MAT1000 - Analysis 1
- MAT1681 - Computer assisted mathematics

#### Winter 2018

- MAT1681 - Computer assisted mathematics

#### Fall 2017

- IFT1065 - Discrete structures in computer science
- MAT1681 - Computer assisted mathematics