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AI Research Scientist | 3D Computer Vision & Data-Efficiency
AI Research Scientist | 3D Computer Vision & Data-Efficiency
I specialize in Data-Centric AI, architecting Active Learning frameworks and scalable infrastructure to solve the 'Data Scarcity' bottleneck in high-dimensional 3D vision. My research bridges the gap between deep learning theory and production engineering, leveraging complex topological data (medical imaging) to build robust, label-efficient models that significantly reduce annotation costs.
Specializzato in Data-Centric AI, progetto framework di Active Learning e infrastrutture scalabili per risolvere il problema della 'Data Scarcity' nella visione 3D ad alta dimensione. La mia ricerca colma il divario tra la teoria del Deep Learning e l'ingegneria di produzione, utilizzando dati topologici complessi (come l'imaging medico) per sviluppare modelli robusti e label-efficient che riducono drasticamente i costi di annotazione.
I am an AI Research Scientist (PhD Candidate) specializing in Data-Efficient Deep Learning and 3D Computer Vision. My focus is solving the 'Data Scarcity' bottleneck by architecting scalable Active Learning frameworks and MLOps infrastructure that drastically reduce labeling costs while maximizing model performance.
My research on Data-Centric AI for complex 3D topologies has achieved State-of-the-Art results, securing two 9% acceptances at MICCAI 2025. I bridge the gap between theoretical research and production engineering, using high-dimensional medical imaging as a high-complexity sandbox to solve universal computer vision problems.
With a Double Degree MSc. in Data Science and a background in Biomedical Engineering, I am passionate about deploying robust, safety-critical AI systems in real-world environments.
Sono un ricercatore in IA (dottorando) specializzato in Data-Efficient Deep Learning e 3D Computer Vision. Il mio obiettivo è risolvere il problema della 'Data Scarcity' progettando framework scalabili di Active Learning e infrastrutture MLOps che riducono drasticamente i costi di annotazione massimizzando al contempo le prestazioni dei modelli.
La mia ricerca sulla Data-Centric AI per topologie 3D complesse ha raggiunto risultati allo Stato dell'Arte (SOTA), ottenendo due accettazioni Top 9% alla conferenza MICCAI 2025. Colmo il divario tra ricerca teorica e ingegneria di produzione, utilizzando l'imaging medico ad alta dimensione come una 'sandbox' ad alta complessità per risolvere problemi universali di Computer Vision.
Con una doppia laurea magistrale in Data Science e un background in Ingegneria Biomedica, mi appassiona lo sviluppo e il deployment di sistemi AI robusti e safety-critical in ambienti reali.
Sorbonne Université & EURECOM
Leading research on Data-Efficient Deep Learning. Architected "VesselVerse," a collaborative annotation infrastructure reducing labeling costs for 3D segmentation. Achieved SOTA results (Top 9% MICCAI) in Active Learning and Domain Adaptation.
EURECOM
Teaching Assistant for MALIS (Machine Learning and Intelligent Systems) course and labs. Supporting graduate students in machine learning theory and practical implementations.
SAP Labs, France
Developed MultiPath2Vec, an attention-based model for security vulnerability detection in code commits. Applied NLP and deep learning techniques to software security.
EURECOM
Second year of Double Degree program with Mobility Scholarship. Specialized in Medical Image Analysis, Deep Learning, and Computer Vision with focus on healthcare applications.
Politecnico di Torino
First year of Double Degree program in Data Science. Focus on Machine Learning and Computer Vision fundamentals with strong theoretical and practical foundation.
Politecnico di Torino
Bachelor's degree with honors. Selected for Young Talents - Honors Program (Top 1% of students). Founded strong technical and theoretical background in engineering and medicine.
Click on any project card to view its architecture pipeline
Clicca su qualsiasi progetto per visualizzare la pipeline dell'architettura
CARAVEL (ERC)
Advanced metrics and evaluation framework for vessel segmentation analysis. Comprehensive toolset for assessing vascular structure segmentation quality. Accepted at ISBI 2026.
CARAVEL (ERC)
A comprehensive dataset and collaborative framework for vessel annotation, enabling multi-institutional collaboration in brain vessel segmentation research. Early Acceptance - Best 9%.
Novel approach for vessel segmentation using active learning techniques to dramatically reduce annotation requirements while maintaining high performance. Early Acceptance - Best 9%.
Feature disentanglement approach for robust brain vessel segmentation across multiple imaging domains, published in Machine Learning for Biomedical Imaging.
Semi-supervised domain adaptation framework for brain vessel segmentation via two-phase training angiography-to-venography translation. Presented at BMVC 2023.
Benchmarking topology-aware anatomical segmentation of the Circle of Willis for CTA and MRA imaging modalities.
Attention-based model for security vulnerability detection in code commits, developed during research internship at SAP Labs.
ISBI 2026, IEEE International Symposium on Biomedical Imaging
MICCAI 2025, 28th International Conference on Medical Image Computing and Computer Assisted Intervention (Early Acceptance - Best 9%)
MICCAI 2025, 28th International Conference on Medical Image Computing and Computer Assisted Intervention (Early Acceptance - Best 9%)
MICCAI 2nd Deep Breast Workshop on AI and Imaging for Diagnostic and Treatment Challenges in Breast Care, 2025
Annual British Society of Neuroradiologists' Meeting (BSNR), 2025
Machine Learning for Biomedical Imaging, 2025, Volume 3, Pages 477–495, ISSN 2766-905X
ArXiv preprint, 2024: arXiv-2312
34th British Machine Vision Conference (BMVC), 2023
Conference presentations, seminars, and research talks
Viz.ai • 2025 🇮🇱
EURECOM • 2025 🇫🇷
MICCAI 2025 • South Korea 🇰🇷
MICCAI 2025 • South Korea 🇰🇷
EURECOM • 2025 🇫🇷
INRIA Journal Club • 2025 🇫🇷
GIN Grenoble • 2025 🇫🇷
EURECOM • 2025 🇫🇷
EURECOM • 2025 🇫🇷
EURECOM • 2024 🇫🇷
EURECOM • 2024 🇫🇷
EURECOM • 2023 🇫🇷
MICCAI 2023 • Canada 🇨🇦
Recognition for academic excellence and research contributions
MICCAI 2025 Doctoral Consortium
MICCAI 2025 - VesselVerse
MICCAI 2nd Deep Breast Workshop
TopBrain MICCAI 2025 Challenge
World AI Cannes Festival (WAICF)
18-months Double MSc. Degree @ EURECOM
MSc. @ Politecnico di Torino
Top 1% students @ Politecnico di Torino
Collaborating with leading research institutions across Europe
I'm always open to discussing research collaborations, new opportunities in medical imaging and AI, or just chatting about interesting ideas in deep learning and computer vision.