Luxembourg Institute of Science and Technology
Research Engineer & Project Owner at the Software Engineering RDI Unit
Leading the development and innovation of the BESSER platform, an advanced low-code/low-modeling solution.
As project owner, directing the platform's architectural design, technical roadmap, and integration of cutting-edge technologies.
Contributing to the European Project Climaborough by leveraging BESSER's capabilities developing innovative smart dashboards that enable real-time monitoring
and analysis of urban data. These dashboards serve as comprehensive tools for city planners and decision-makers,
integrating various data sources to support sustainable urban development and climate adaptation strategies.
Luxembourg Institute of Science and Technologye
Software Engineer Intern
Research and development of the low-code low-modeling BESSER platform, aimed at building better smart software faster, use of GenerativeAI, Low Code, for the automatic generation of APIs and cloud deployment.
Université Paris-Saclay
Research Work - Ibisc Lab
Machine Learning & Deep Learning Interpretability: Led a comprehensive study on interpretability in machine learning and deep learning, implementing techniques such as GLocalX to extract both local (Anchors, LORE) and global rules. Emphasized the importance of understanding model decisions across various domains.
Advanced Variational Autoencoder (B-VAE) Development: Focused on enhancing the separation of variation factors in modified MNIST data through the study and implementation of B-VAE. Developed a sophisticated CNN architecture to better capture variations, optimizing image reconstruction and generation.
Outcome Prediction with ML Techniques: Directed a project aimed at predicting outcomes using advanced machine learning techniques. Involved extensive data analysis, preprocessing, feature engineering, and the development of models including Logistic Regression, SVM, Random Forest, and XGBoost, followed by rigorous postprocessing to enhance model performance.
LTL Model Checking: Implemented a tableau-based approach for partial model checking and synthesis in LTL, working with Python and C++ based on the work by Serenella Cerrito, Valentin Goranko, and Sophie Paillocher.
Ouidou
Software Engineer Intern
Software Development: Implementation of a new application framework. Development of applications, particularly focusing on GIS technologies (ESRI), for the client, the Office National des Forêts(Public establishment responsible for the management of public forests)
