I am a Senior Vision & Perception Engineer
Robotics & Computer Vision Engineer based in Zurich, Switzerland
I am a Senior Vision & Perception Engineer at NEURA Robotics in Zurich, Switzerland, with a Ph.D. in Computer Science & Robotics from Sapienza University of Rome (conducted in collaboration with Robert Bosch GmbH).
With extensive industry and research experience spanning SLAM, 3D Computer Vision, Perception, multi-sensor calibration, and navigation for autonomous systems.
Passionate about coding 💻 and AI 🧠.
Love to travel ✈️, DIY 🛠️, and videogames 🎮.
Robotics & Computer Vision Engineer
Professional Experience & Academic Background
• Custom Middleware Support: Development of custom middleware functionalities for
real-time robotic applications.
• Sensor Driver Integration: Integration of heterogeneous sensor drivers into custom
middleware.
• Humanoid State Estimation: Implementation of InvEKF (Invariant Extended Kalman
Filter) for accurate humanoid robot pose estimation.
• Navigation Stack for Humanoid Robot: Implementation of the navigation stack
utilizing estimated robot states for environment navigation.
• Neural Simulation & Reconstruction: Implemented 3D Gaussian Splatting and Gaussian
RayTracing algorithms for closed-loop simulations from real-world data.
• Visual SLAM: Implemented vSLAM frontend and integrated it into multi-sensor SLAM
pipelines.
• Perception: Developed classical and AI-based Computer Vision algorithms for
feature extraction and primitive detection from raw sensor streams.
• Cross-Sensor Calibration: Created rigorous calibration procedures for robots with
heterogeneous sensor payloads.
• Navigation & Behavior: High-level mobile robot controllers in close-to-obstacle
situations; 2D LiDAR processing; Behavior Trees planning.
• Mentoring & Management: Supervised Ph.D. candidates with successful publications
in top-tier conferences (CVPR) and open-source distributions. Team management for feature delivery and
ROS2 open-source contributions.
Focus topic: Standardizing SLAM: exploiting recurrent patterns for modularity and behavioral robustness. Developed standardized architecture for multi-sensor SLAM systems and behavioral controllers to enhance robustness against real-time unforeseen events. Active in the research community with invited talks.
Sponsored by Robert Bosch GmbH. Research on life-long, resource-aware SLAM and modular architectures for autonomous mobile robotics.
Thesis: "ProSLAM student edition: a minimalistic stereo visual SLAM system". Supervised by Prof. Giorgio Grisetti and Ph.D. Dominik Schlegel.
Thesis: "Progettazione e sviluppo di un sistema per l'obstacle avoidance senza target tracking".
Peer-reviewed conference papers, journal articles, and patents • Google Scholar Profile
Selected repositories on GitHub
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View on GitHub →Technical toolbox, core specializations, and professional certifications
• Simultaneous Localization & Mapping (SLAM / vSLAM)
• State Estimation (InvEKF, Kalman Filtering)
• Cross-Sensor Calibration & Sensor Fusion
• Perception & 3D Reconstruction
• Robot navigation and behavior (NavStack & BT)
• 3D Gaussian Splatting & Radiance Fields
• Humanoid Robotics & Autonomous Systems
• Languages: C++ (Advanced), Python (Advanced), Java
• Frameworks: ROS2, PyTorch, TensorFlow, OpenCV
• DevOps & Quality: Docker, Git, CI/CD, Unit Testing
• Methodology: Agile, Scrum, Proactive, Results-oriented
• IBM AI Engineering (Feb 2025)
• TensorFlow Developer (DeepLearning.AI, July 2024)
• TensorFlow: Advanced Techniques (DeepLearning.AI, June 2024)
• Deep Learning Specialization (DeepLearning.AI, Jan 2024)
• Machine Learning (Stanford University, Sept 2023)
Reach out for collaborations, discussions, or opportunities
Zurich, Switzerland
Senior Vision & Perception Engineer • NEURA Robotics