← Toutes les offres

Wandercraft conçoit des exosquelettes pour la rééducation et des robots humanoïdes pour l’industrie. Ses appareils aident les patients à marcher et les robots à réaliser des tâches physiques difficiles.

Repères sur Wandercraft
Secteur
Santé, pharmacie et biotech
Modèle
B2B
Siège
Paris
Domaine officiel
en.wandercraft.eu
Création
2012 · 14 ans
Effectif public
197 employés
Financement total publié
124 M€Source ↗
Dernière levée
Série E · 2026-09-01
Montant annoncé
110 000 000 $
Offres ouvertes
23

Détails de l’offre

La description complète publiée par Wandercraft.

Voir l’offre originale ↗

Description de l’offre

Version française de l’offre disponible sur demande. Our Perception and Navigation Team is expanding to meet new challenges! To serve new industrial use cases ever more reliably, our humanoid robot must be able to detect multiple objects of interest and estimate their poses. It must also be able to understand its environment in order to navigate safely and autonomously. Our team is responsible for developing the knowledge and the codebase needed to address these challenges.

We explore a range of state-of-the-art techniques, whether based on machine learning, classical computer vision, or model-based control. The Perception and Navigation team is part of the AI & Control department and works closely with other members of this department. It also collaborates regularly with other R&D teams: embedded software, electronics, and mechanics.

Your responsibilities

may include: Selecting the most suitable vision/perception sensors for our needs Conducting literature reviews related to ongoing projects Presenting the latest innovations from the literature or internally developed algorithms to the team Developing algorithms for object detection, pose estimation, or feature recognition Creating a map of the environment that can be used to understand and navigate it Developing navigation and control algorithms for various robots, including autonomous navigation for humanoid robots and navigation assistance for exoskeletons Working closely with other teams to ensure the overall performance of the algorithms

Testing on real robots and in simulation Traveling to customer sites (e.g., healthcare centers or factories) to ensure algorithms function properly in real-world conditions and making corrections as needed Automated testing, code quality, and designing verification pipelines to ensure non-regression

Qualifications

Engineering degree or PhD in perception, navigation, machine learning, robotics, or a similar field. Experience : We are looking for various seniority levels. Academic experience will be highly valued, particularly in relation to perception or the use of point clouds, navigation or optimal control, machine learning, etc. Ideally, you have experience in software development (Python/C++), particularly in a team (version control tools, modularity, responding to specifications, continuous integration, etc.).

  • You are creative and innovative.
  • You are comfortable in developing new things with a limited existing base and making prototypes (personal or professional robotics projects are valued).
  • You enjoy experimental work and adapting algorithms to the constraints of real-world environments and commercial products.
  • You are comfortable with general algorithmic, and in particular with linear algebra (matrix calculations), and physical modeling (reference frame changes, odometry, etc.).
  • You are rigorous, able to proofread your work, and explain your calculations or algorithms clearly.
  • You are curious and have good analytical skills, enabling you to monitor technological developments effectively and learn from scientific literature or meetings at conferences.

Skills (hard and softskills) : Python

  • Expert level C++
  • Expert level Vision (feature detection, mapping, SLAM)
  • Expert level Navigation (path planning, path tracking…)
  • Expert level Machine learning (data analysis, augmentation, labeling, validation)
  • Autonomous level Robotics (kinematics, odometry, real data analysis)
  • Autonomous level Linear algebra, numerical optimization
  • Autonomous level Control systems (observers, controllers)
  • Basic knowledge Continuous analysis of the state of the art in the field
  • Autonomous level Software development best practices, continuous integration, automated testing
  • Autonomous level

Prérequis

  • Engineering degree or PhD in perception, navigation, machine learning, robotics, or a similar field
  • Python - Expert level
  • C++ - Expert level
  • Vision - Expert level
  • Navigation - Expert level
  • Machine learning - Autonomous level
  • Robotics - Autonomous level

Candidater à cette offre

Comment candidater ?

L’offre est publiée sur le site de Wandercraft. Ouvrez l’offre originale ↗ pour y déposer votre candidature. Screeningpass ne remplit pas de formulaire à votre place.

À qui écrire chez Wandercraft pour ce poste ?

Lancez une recherche de contact depuis cette page. Screeningpass vous propose jusqu’à trois personnes liées au poste. Vous choisissez celle à qui écrire, puis Screeningpass cherche son e-mail professionnel et prépare un message. Vous le relisez et l’envoyez vous-même avec Gmail. Une adresse e-mail n’est pas toujours disponible, et une réponse n’est jamais garantie.

Combien coûte la recherche d’un contact ?

Une recherche coûte 1 crédit. Le crédit vous est rendu si la recherche échoue. L’inscription offre 3 crédits, soit 3 recherches.

À quoi sert Screeningpass ?

Screeningpass rassemble des offres de stage, d’alternance et d’emploi publiées par les entreprises. Pour une offre, Screeningpass trouve une personne à contacter dans l’entreprise, cherche son e-mail professionnel et prépare un message à partir de votre CV. Voir le fonctionnement en détail.