May 2023 – Aug 2023 · 3 mos · Chicago, Illinois, United States · On-site

• Worked with the Mochi team on the development of Mochi-Raft, a reengineered version of the Raft consensus protocol specifically adapted for high-performance computing (HPC) systems.
• Played a key role in adapting the network component of Raft for HPC, utilizing Mercury, based on Remote Memory Access (RMA) and RPCs instead of TCP.
• Implemented a fault-tolerant log backend for Mochi-Raft, leveraging the ABT-IO library, known for its scalable asynchronous I/O capabilities.
• Contributed to the development of the ABT-IO library, adding new features, conducting tests, and fixing bugs.
• Conducted rigorous testing and participated in the deployment of Mochi-Raft on supercomputers, ensuring its performance and robustness in a demanding HPC environment.
• Utilized C and C++ for all development tasks, maintaining code quality and manageability through the Git version control system.
• Collaborated effectively with a diverse team of researchers and engineers at a multidisciplinary science and engineering research center, contributing to the project's success in the field of distributed computing technology.

Mar 2023 – Apr 2023 · 1 mo · Toulouse, Occitanie, France · Remote

• Developed an automated data integration solution for Visualyse Interplanetary and Visualyse Professional for the French Space Agency (CNES).
• Utilized SQL to extract satellite information from ITU databases, optimizing queries for efficient data retrieval.
• Designed and implemented data parsing algorithms to process diverse data formats accurately.
• Designed an API to generate input model files for Visualyse Interplanetary and Visualyse Professional from parsed data using Python, eliminating the need for manual entry.
• Automated the data preparation process, reducing manual effort, empowering CNES to better tackle telecommunication interference modeling.

Jun 2022 – Aug 2022 · 2 mos · Aarhus, Middle Jutland, Denmark · On-site

• Developed a full stack website for the IceBio European Project, leveraging TypeScript, React, CSS, MongoDB, Pug, Node and Express.
• Implemented responsive web design principles, optimizing the website for various devices and screen sizes.
• Built efficient and scalable database structures using MongoDB, ensuring smooth data retrieval and manipulation.
• Utilized Pug as a templating engine to generate dynamic and interactive web pages.
• Developed REST APIs using Express, facilitating seamless communication between the front-end and back-end components.
• Implemented various security measures, such as input validation and authentication, to protect user data and enhance overall system security.

May 2021 – Jun 2021 · 1 mo · Toulouse, Occitanie, France · On-site

• Developed graphical representation tools for georeferenced images, with the Waves'N'See team at Météo France.
• Created an API using Python and FastAPI to provide a seamless interface for data processing and visualization.
• Implemented code optimization techniques, including Pickle serialization for efficient data storage and retrieval.
• Utilized multithreading and asynchronous programming to improve performance and handle concurrent tasks effectively.

Apr 2020 – Apr 2020 · 0 mo · Toulouse, Occitanie, France · Remote

• Collaborated on a Python project at CNES to extract radio transmitting relays (antennas) from data sources.
• Developed data extraction algorithms to process large datasets and identify relevant antenna information.
• Utilized Python libraries to handle geospatial data efficiently.
• Integrated the Google Maps API to visualize the extracted relays on an interactive map interface.
• Implemented features to enhance the user experience, such as filtering options and custom marker styling.
• Ensured data accuracy and reliability by performing rigorous data validation and quality checks.