Data analyst for bibliometrics and Natural Language Processing at the Université Paris-Saclay Library’s. I am working with open data, including OpenAlex and scanR, to map research publications. On my free time, I develop OpenAlex Analysis as well as other electronics projects. I am also engaged with UTT Alumni in the pass mobilité plus project to support low-carbon mobility for students.
Jan 2025 - Present
Paris, France
Jan 2025 - Present
Feb 2023 - Aug 2024
Stockholm, Sweden
Aug 2023 - Aug 2024
Feb 2023 - Jul 2023
Feb 2021 - Jul 2022
Troyes, France
Aug 2021 - Jul 2022
Feb 2021 - Jul 2021
Sep 2019 - Feb 2020
Troyes, France
Sep 2019 - Feb 2020
2021-2023 Master in SustainabilityEngineering and management of the environment and the sustainable development:Life cycle assessment and eco conception of a solar panel installation, Corporate Social Responsibility pre-diagnosis in a local company, material flow analysis, general knowledge in green IT and low tech. | ||
2017-2023 Networks and telecommunicationsEngineering degree specialized in embedded systems and internet of things:Skills development in computer science and embedded electronics (programming, circuit board design, sensor networks…), Linux systems, networks and signal processing. |
A python library to download, analyse or plot articles, institutions, and other entities data from the OpenAlex API.
Contributions to the Python library for OpenAlex PyAlex.
A framework to explore and analyse scientific articles: from PDF files, extract the full-text, enrich the metadata with OpenAlex, and add each paragraph to an Elasticsearch database. Kibana is used to provide the web interface. Fully based on open-source software and available on GitHub.
Creation and organization of various workshops for middle and high school students through several events (science festival, middle or high school workshops…): low tech initiation, wireless programmable robot with scratch…
AI-based project where we created and trained our own model to localize a computer in a room with the WiFi signal. It was programmed in Python using TensorFlow.
Configurable PCB based on an ESP32-C3 super mini to control LED via Wi-Fi.
Financial investments will be affected by ecological regime shifts through the loss of natural resources underpinning the dependencies of most economic sectors. We suggest one possible pathway to link industry and products to the likelihood of ecological regime shifts. The challenges and opportunities are discussed at each step, including datasets, methods, and metrics. To this end, we identify recent large-scale, state-of-the-art literature that can link land-based company activities to regime shifts. The estimation of investment exposure to regime shifts is possible, but higher resolution in company trade data, as well as spatially explicit datasets of commodity production, is needed to improve estimations. This will require a coordinated effort from the scientific community, businesses, and the policy sector.
At the governing boards, discussing and voting the strategy and the budget of the institution. In relation with each stakeholder, we helped to develop the European project EUt+ and argued for more gender equality and sustainability in both research and teaching.
Helping students to realize their projects in the maker space of the university. I made the electronics and programming of the robots for the French robotic cup. As well as for IT, I became a referent for questions and repairs relating to 3D printing. During this time, I participated to develop the maker space by finding funds and managing the organization as president.
Involved in the project pass mobilité plus, aiming to facilitate low carbon mobility for students. We are providing Interrail passes to students and helping them with the trip planning.
