Your Role
Robotics is the ultimate full‑stack challenge. It combines heterogeneous compute, real‑time guarantees, and AI models in a box that has to work unsupervised in the field for weeks. You will work on the backbone of our development cycle to make this a reality. You will ensure that the code runs safely, deployments are atomic, and we have the best tools to troubleshoot and roll‑back when it goes wrong.
What you'll be doing
- Maintain and improve the onboard Linux stack including kernel tuning, real‑time patches (PREEMPT_RT), resource isolation (cgroups), and host metric collection
- Integrate the software and hardware by ensuring that the drivers communicate seamlessly and deterministically (udp/tcp, CAN, serial)
- Design and maintain CI/CD pipelines for multi‑arch builds and secure OTA updates using Docker and Ansible
- Establish good engineering practices, ranging from hardware‑in‑the‑loop test frameworks and memory safety checks to code guidelines
What you should have
- 3+ years in a professional SWE environment, preferably in Robotics, Automotive, or Aerospace
- Strong systems programming (modern C++) and experience in Python
- Knowledge of Linux such as the networking stack, systemd, security/hardening, performance profiling
- Experience in software building (CMake, Cargo, Docker) and infrastructure automation (Ansible, Terraform) or SW deployment (Docker, debs)
- Experience in test automation (unit tests, integration tests)
These skills are a plus
- Experience in Rust, ROS2, Zenoh
- Experience with hardware‑in‑the‑loop (HIL) and simulation‑in‑the‑loop (SIL) testing
- Worked on integrating and debugging real hardware: sensors, actuators, motor drivers,...
- Experience with NVIDIA Jetson
Additional context
As the first dedicated platform engineer, you will have a massive impact on our engineering culture. As the team grows, you can remain a high‑impact generalist and work across all layers of abstraction or specialize and lead individual subsystems.
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