• 👀 I am a young researcher specialized in image processing, AR/VR/XR and robotics.
• 💞️ I am passionate about art, video games, architecture and tourism, and I am willing to contribute on these fields!
• 🌱 In addition, I am also very sensitive to the environment and I would really like to help preventing to destroy our planet.
• 💻 I am proficient in Unity, C#, Python, C++, Matlab, LaTeX, Blender, ROS, OpenCV, Visp and Ogre3D.
• 🌐 I can speak French and English fluently. I know a bit of Spanish and the bases of Japanese.

You can download my resume as a pdf file in French and English.

Here is my Linkedin if you want to reach me and see my news! If you want to know more about my researches, you can also check my Researchgate.

• 03/2026 - now Ecole Nationale Supérieure des Arts et Métiers (ENSAM) - LISPEN lab.

By acquiring, analyzing and processing video sequences, establishing the "skeleton" of professional gestures in mechanics for agriculture within the French project PLAPIMA. The goal is to restitute, through several formats, the actual procedure made by the operators in order to create new courses for the next gen of agriculture mechanics experts.

• 05/2023 - 03/2025 Nara Institute of Science and Technology (NAIST), Cybernectics and Reality Engineering (CARE) lab.

I have designed a new interface to zoom-in locally within an image without losing the context, both on a screen and within a virtual environment on a VR headset. You can see a video presenting my IEEE VR 2025 demo here.

• 10/2019 - 12/2022 Université de Picardie Jules Verne (UPJV), Modélisation, Information et Systèmes (MIS)

During my ph. D (you can read the thesis on Hal), I have designed two cameras. On the one hand, HDRomni, a camera made of 4 mirrors and 3 ND filters able to capture HDR panoramic images of outdoors locations, which allows robot navigation (here, the HDRomni video presented during IEEE ICRA 2021). On the other hand, Visadapt, consisting on a camera facing a deformable mirror able to zoom in the key areas of a scene without discarding the rest (you can watch the prototype in action here).

• 03/2018 - 08/2018 UPJV, MIS and Kyushu University, Laboratory for Image and Media Understanding (LIMU)

During this internship, I have designed a Robotic Augmented Reality (RAR) interface which displays the slices of a virtual volume in real time. The first version of this interface, where an industrial robot is holding the slice screen, is presented on this video and the second version, where a carboard is attached to an HTC Vive controller, is shown here.

• 04/2016 Université de Picardie Jules Verne (UPJV), Modélisation, Information et Systèmes (MIS)

My very first research experience is a two weeks research internship where I have measured the latency of a Ricoh Theta S camera.

• 2019 - 2022 • Ph. D in Engineer Sciences (Computer Vision) • UPJV

  Ph. D topic: Catadioptric artificial vision to improve the perception of heterogeneous environments.

• 2017 - 2019: Master Degree in Electronics, Electrical engineering and Automation (EEA) (mention Robotics and Artificial Vision) • UPJV • With honors (1st / 11)

  Graduation project: “Factory 4.0”: simulate a factory with mobile and arm-type robots.

• 2014 - 2017: Bachelor Degree in Physics – EEA • UPJV • With honors (1st / 23)

  Graduation project: manage the displays and lamps of an electronic pinball table

• 2010 - 2013: A levels in Sciences (with honors) • Robert de Luzarches High School, Amiens

DUCROCQ, Julien, HIRAO, Yutaro, PERUSQUÍA-HERNÁNDEZ, Monica, et al. Flexible Virtual Lenses to Magnify Virtual Environments Locally Without Losing Context Information. In : 2025 IEEE Conference on Virtual Reality and 3D User Interfaces Abstracts and Workshops (VRW). IEEE, 2025. p. 1668-1669.

DUCROCQ, Julien et CARON, Guillaume. A Survey on Adaptive Cameras. International Journal of Computer Vision, 2024, vol. 132, no 8, p. 2989-3022.

DUCROCQ, Julien Jean, CARON, Guillaume, MIDAVAINE, Hervé, et al. VisAdapt: Catadioptric Adaptive Camera for scenes of variable density of visual information. Applied optics, 2023, vol. 62, no 35, p. 9207-9214.

DUCROCQ, Julien. Vision catadioptrique pour favoriser la perception d'environnements hétérogènes. 2022. Thèse de doctorat. Université de Picardie Jules Verne.

DUCROCQ, Julien, CARON, Guillaume, et MOUADDIB, El Mustapha. HDROmni: Optical extension of dynamic range for panoramic robot vision. IEEE Robotics and Automation Letters, 2021, vol. 6, no 2, p. 3561-3568.