Robot systems & control
Manipulator control, trajectory and coverage path planning and optimisation, taken from simulation to the real robot.
Robotics engineer · PhD candidate, ENSTA Paris (IP Paris) · Palaiseau
From embedded hardware and ROS 2 control to validated experiments with people. Mechatronics engineer and PhD candidate at IP Paris, with a medical-robotics patent already licensed to industry.
About
I'm Adnan, a mechatronics engineer who builds robots end to end, and a researcher who tests them with people.
I trained as a mechatronics engineer (5-year diploma, Tishreen University), then specialised in medical robotics at the University of Strasbourg. As a research engineer at ICube, I led the robotic side of a focused-ultrasound platform; the work was patented and licensed to Therasonic, where I now consult.
Since 2024 I've been doing a PhD at ENSTA Paris (IP Paris) on tactile sensing and physical human–robot interaction, still hands-on with the hardware: sensors, firmware, ROS 2 drivers and experiments. I became a roboticist because I wanted machines to be gentler with people; the PhD story tells that part.
Selected work
Robotic Assistance for BBB OpeningRobot-assisted focused-ultrasound platform (UR5, ROS 2, NDI optical tracking) for drug delivery across the blood–brain barrier. Patented, and licensed to Therasonic in 2026.read moreRobotics softwarehid_ros2: a universal USB-HID hardware interface for ros2_controlAuthor of an open-source ros2_control hardware interface that connects any USB-HID device (Teensy, ESP32, STM32, custom sensors) to ROS 2 from a YAML file, with no C++ to write. Presented at ROSCon FR 2025. open sourceTactile sensing
Tactile Array for Humanoid Hand to Enable Socio-Affective TouchDesigned, built and validated a tactile sensor array embedded in a soft silicone substrate for humanoid hands, the hardware core of my PhD.read moreRobotics softwareCapabilities
Manipulator control, trajectory and coverage path planning and optimisation, taken from simulation to the real robot.
Tactile sensor arrays, embedded C firmware, PCB and CAD, and the drivers that bring new hardware into ROS 2.
Robot-assisted focused ultrasound and medical-grade optical tracking. The work was patented and licensed to Therasonic, where I consult.
Tactile perception, haptic interfaces and controlled user studies, with the signal processing and deep learning behind them.
Publications
2026 IEEE International Conference on Robotics and Automation (ICRA) · 2026
@inproceedings{saood2026handshake,
title={Contributing Factors in Human-Robot Handshake: Compliance, Hand Grip, and Synchrony},
author={Saood, Adnan and Tapus, Adriana},
booktitle={2026 IEEE International Conference on Robotics and Automation (ICRA)},
year={2026}
}2024 · EP Patent EP4445859A1; licensed by Therasonic, a CEA Neurospin spin-off, in 2026
@misc{saood2024focused,
title={FOCUSED ULTRASOUND SONICATION WITH MECHANICAL AND ELECTRONIC STEERING ALONG A COMPUTED TRAJECTORY},
author={SAOOD, Adnan and VAPPOU, Jonathan and NAGEOTTE, Florent and LARRAT, Benoit},
year={2024},
note={EP Patent EP4445859A1; licensed by Therasonic, a CEA Neurospin spin-off, in 2026}
}BMC Medical Imaging · 2021
@article{saood2021covid,
title={COVID-19 lung CT image segmentation using deep learning methods: U-Net versus SegNet},
author={Saood, Adnan and Hatem, Iyad},
journal={BMC Medical Imaging},
volume={21},
pages={1--10},
year={2021},
publisher={BioMed Central},
doi={10.1186/s12880-020-00529-5}
}2024 IEEE-RAS 23rd International Conference on Humanoid Robots (Humanoids) · 2024
This paper focuses on creating a haptic interface for humanoid robots to convey emotional feedback through heart and lung simulations, enhancing non-verbal interaction and emotional connection between humans and robots.
@inproceedings{saood2024designing,
title={Designing a Haptic Interface for Enhanced Non-Verbal Human-Robot Interaction: Integrating Heart and Lung Emotional Feedback},
author={Saood, Adnan and Liu, Yang and Zhang, Heng and Tapus, Adriana},
booktitle={2024 IEEE-RAS 23rd International Conference on Humanoid Robots (Humanoids)},
pages={772--778},
year={2024},
organization={IEEE}
}Talks & media
IEEE ICRA 2026 · Vienna, Austria · May 1, 2026
ROSConFr 2025 · Oct 30, 2025
Robots in 3D
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3D demo
A placeholder robot built from cubes, to show how the 3D viewer works: drag it, zoom, or open it in augmented reality on a phone. My own robot designs will appear here.
Robotics R&D, medical robotics, ROS 2 and embedded systems: I'm always happy to discuss projects, collaborations and ideas. My CV, papers and code are one click away.