CV

Postdoctoral researcher

ETH Zürich, Automatic Control Laboratory, and NCCR Automation, Zürich

Welfarist control

Leads the research direction in Saverio Bolognani's group: social choice theory for multi-agent control, with collaborators at ETH, MIT and UZH.

City of ZürichDec 2025–

Initiated and leads a study of automated-vehicle policy with the Road Safety Department, built on the city's digital twin and traffic simulations.

Walenstadt2025–

Leads the pilot on fair solar curtailment, with a team from Grid2050 and the University of Basel running surveys and stakeholder interviews.

Doctoral researcher

École Normale Supérieure (PSL), Inria Paris and VITO, Paris and Genk

Peer-to-peer markets

Game-theoretic models of decentralised electricity markets: grid constraints, risk and hedging, privacy, forecast markets.

EUniversalOct 2021–Nov 2022

Consultancy at VITO for the EU Horizon 2020 project: a peer-to-peer trading model with coupling constraints, part of a project deliverable.

Research intern, R&D

EDF and Université Paris-Dauphine, Paris

A platform matching renewable producers and consumers through a truthful auction, tested on EDF data.

Research intern

Saint Petersburg State University, Department of Probability and Statistics, Saint Petersburg

Statistical normality tests.

PhD in computer science

École Normale Supérieure (PSL), Paris

Thesis

Game-Theoretic Approaches for Peer-to-Peer Energy Trading, with Inria Paris and VITO.

Supervisors

Ana Bušić, Hélène Le Cadre and Anibal Sanjab.

MSc in optimisation

Université Paris-Saclay, Paris

Thesis

Designing Contracts and Matching Platforms for Green Energy.

MSc in probability and statistics

Saint Petersburg State University, Saint Petersburg

BSc in mechanics and mathematical modelling

Saint Petersburg State University, Saint Petersburg