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Fabio Turazza

About

About me

Biography

I'm a PhD candidate in Industrial Innovation Engineering at DISMI, University of Modena and Reggio Emilia (UNIMORE), researching trustworthy, privacy-preserving methods for distributed and federated AI — from differential privacy and homomorphic encryption to federated learning over heterogeneous, multimodal data. My work has taken me from cyber-physical systems and digital twins to energy forecasting and sustainable retail, with publications at venues including ICLR, IEEE SMC, and ICDCS. Alongside research, I teach machine learning, deep learning, and generative AI courses at W.Training Srl.

Research interests

  • Federated learning
  • Distributed systems
  • Trustworthy AI
  • Digital twins

Experience & education

  1. Nov 2024 — Present

    PhD in Industrial Innovation Engineering

    DISMI, UNIMORE · Reggio Emilia, Italy

    Researching cyber-security and trustworthy methods for distributed AI, applying federated learning to multimodal data, and studying heterogeneity and scalability in FL systems.

  2. Jun 2025 — Present

    Machine Learning & AI Instructor

    W.Training Srl

    Teaching courses on machine learning, deep learning, generative AI, and IoT/AIoT, plus an Innovation Manager program covering AI, blockchain, and cloud computing.

  3. Jun 2024 — Oct 2024

    Research Fellowship — Trustworthy Data-Flows

    DISMI, UNIMORE · Reggio Emilia, Italy

    Developed Digital Twin and federated/deep learning techniques for anomaly detection in cyber-physical systems (PRIN PNRR DATRUST project), and studied privacy-preserving methods — DP, HE, SMPC, ZKP — for federated learning.

  4. 2021 — 2024

    Master's Degree in Computer Engineering — Artificial Intelligence

    UNIMORE · Modena, Italy

    Final grade 108/110. Thesis: "Analysis and Comparison of Federated Learning architectures for distributed applications," a vertical case study with MASA and TIM.

  5. 2018 — 2021

    Bachelor's Degree in Computer Engineering

    UNIMORE · Mantova, Italy

    Final grade 96/110. Thesis on interoperability in serverless architectures for IoT scenarios.

Outside research

I've worked as a technology commentator for a regional news program, discussing current events on air, and I enjoy hackathons — placing second and third in circular-economy and smart-mobility challenges around Mantova.