Senior Networking Software Engineer for Autonomous Robotics

Gravis Robotics AG; Zürich; Vor Ort; CHF 120.000 - 190.000; Vollzeit

Zusammenfassung

Gravis Robotics is seeking a software engineer focused on networking to design and maintain the networking stack that links on-board sensors, compute nodes, and site connectivity across global deployments.

You will own the network architecture across three layers, support field deployments, enforce security, and shape Linux routing for reliable multi‑WAN operation, collaborating with Hardware, Perception and Platform teams to deliver data for 20–50 ton robots worldwide.

Qualifikationen

• Bachelor's or Master's degree in Computer Science, Data Engineering, Electrical Engineering, or a related field.
• 5+ years of hands-on experience in Network Engineering, Software Engineering, or similar roles.
• Proven experience owning the network stack in a product end-to-end.
• Experience architecting networks with strict timing and synchronization requirements (PTP).
• Proven experience dimensioning, configuring and deploying in-product network architectures.
• Proven experience with infrastructure as code (Ansible, Terraform, Nix/NixOS).

Aufgaben

• Own the network arch across three layers: on-machine, worksite, and backhaul connectivity.
• Support and maintain field deployments with customer integrations.
• Secure all product related network activity with state-of-the-art security practices.
• Shape Linux-level routing configuration for Policy-Based Routing in multi-WAN environments.

Kenntnisse

Network Engineering

Software Engineering

Networking infrastructure

PTP timing

Infrastructure as Code

Linux routing

Cloud platforms

AWS

GCP

Azure

Ausbildung

Bachelor's or Master's degree in Computer Science or related field

Electrical Engineering

Data Engineering

Tools

Docker

Podman

Grafana

Prometheus

Ansible

Terraform

Nix/NixOS

clangd

cargo

pyrefly

Jobbeschreibung

Gravis Robotics is seeking a software engineer focused on networking to design and maintain the networking stack that links on-board sensors, compute nodes, and site connectivity across global deployments.

You will own the network architecture across three layers, support field deployments, enforce security, and shape Linux routing for reliable multi‑WAN operation, collaborating with Hardware, Perception and Platform teams to deliver data for 20–50 ton robots worldwide.