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Report abuseI am a tenured associate researcher in mathematical optimization at Inria Grenoble. I'm interested in developing optimization methods for various classes of problems leveraging generic and specific problem structures. The classes I am looking at include Mixed-Integer (Non)-Linear Problems, convex and conic optimization problems among others. Applications I have been interested in include various branches of engineering, power systems, statistical learning, quantum information, and systems biology.
I completed a dual Ph.D. at Polytechnique Montréal in the GERAD lab and Inria Lille, focusing on bilevel optimization, a robust counterpart and applications on pricing for demand response in power grids. Prior to my appointment, I worked at the Zuse Institute Berlin where I am still a guest researcher.
On the side, I am working on various open-source projects, mostly in scientific programming, computational optimization, etc, in particular in the Julia language and around the JuMP project.
JuMP-based toolbox for solving bilevel optimization problems
Distances to sets for MathOptInterface
Wrapper on top of LightGraphs for preserving vertex numbering
A simple implementation of the Benders decomposition method with JuMP
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