About ALATYR
ALATYR develops robotically assembled Orbital Data Centers - megawatt-scale compute hubs in space with microsecond internal latency.
In a new digital era defined by resilience, sovereignty, and security, ALATYR ensures guaranteed service continuity for mission-critical systems, enabling governments and global industries to operate with unprecedented reliability. With a 10x expansion of space-originated data, ALATYR powers global intelligence and next-generation predictive models across defense & security, climate, risk & insurance, and large-scale industrial systems.
Beyond data centers, by pioneering in-orbit robotic assembly and maintenance, ALATYR enables a new class of space infrastructure - more scalable and sustainable than constellations - unlocking entirely new activities and businesses in orbit. By relocating the most energy-intensive industries beyond Earth - powered by abundant and continuous solar energy in space - ALATYR reduces pressure on terrestrial energy systems and resources.
ALATYR is shaping the future of space to make Earth more resilient, sustainable, and secure.
Role Overview
Internship Overview
ALATYR is seeking a senior, hands-on Robotics Engineer to build the first generation of robotic capabilities for in-orbit infrastructure assembly. This is a rare opportunity to work on what will become the first autonomous robotic systems capable of assembling complex infrastructures in space. You will operate at the intersection of robotics, space systems, and advanced automation, turning ambitious concepts into real, working systems.
We are looking for a highly autonomous engineer with strong execution capacity, comfortable navigating uncertainty and building from first principles. You will contribute to the design, development, and validation of robotic systems as part of a growing team of robotics engineers at an early stage of development.
Key Responsibilities
Key Learning Experiences
End-to-End Robotic System Development
• Define and implement the architecture of a multi-arm robotic system for autonomous assembly
• Translate high-level operational needs into concrete technical solutions.
• Select and integrate key hardware components (arms, end-effectors, sensors).
• Assemble, test, and iterate on the system with a strong focus on speed and functionality.
Software and Control
• Develop core robotics software components (control, motion, interaction logic).
• Structure a minimal but robust software stack enabling rapid iteration.
• Implement practical solutions for manipulation in uncertain or partially constrained environments.
Simulation and Testing
• Set up a simulation environment to accelerate development and de-risk robotic operations in representative environments.
• Define and execute test campaigns across representative robotic environments.
• Continuously bridge simulation and real-world performance.
Cross-Functional Work
• Work closely with space system engineers
• Contribute to system-level trade-offs and interface definitions.
• Operate effectively in a multidisciplinary, evolving environment.
Qualifications
Experience
• Significant experience in robotics (typically 5–10+ years).
• Proven track record of building robotic systems, not only designing or simulating them.
• Experience in environments where robots must adapt to variability or uncertainty (e.g., field robotics, medical robotics, inspection, defense, extreme environments).
Mindset
• Strong focus on execution and ability to deliver in fast-paced environments.
• High level of autonomy: able to move forward with limited structure.
• Pragmatic and solution-oriented approach.
• Curiosity and openness to cross-disciplinary topics.
• Willingness to challenge assumptions and propose unconventional solutions.
• Systems thinking
Skills
• Solid background in planning, control loops, perception algorithms, sensor fusion, kinematics, and manipulation.
• Experience with robotic arms and real-world deployment constraints.
• Familiarity with simulation tools (e.g., Gazebo, Isaac Sim, MuJoCo, or equivalent) & associated programming language (C++, Python) and ROS framework.
• Ability to develop working solutions quickly, even if imperfect at first iteration.
What We Offer
Join transformative projects at the forefront of space infrastructure, robotics, and advanced computing, shaping the future of orbital systems and delivering long-term strategic impact.
Gain hands-on experience with robotic space systems, high-performance computing architectures, and in-orbit operations.
Accelerate your growth while working alongside a highly experienced team with world-class expertise.
Enjoy a dynamic workplace nestled in a natural setting in Saint-Germain-en-Laye, near Paris.
How to Apply
If you are an innovative, hands-on professional passionate about space infrastructure, robotics, and advanced technologies, we encourage you to apply.
Please send your resume and a cover letter detailing your experience and motivation to contribute to ALATYR’s mission to contact@alatyr.space.
