Robotics SWE: Autonomy, Teleoperation & Fleet Tools

Arbeitnow; Zürich; Vor Ort; CHF 110.000 - 160.000; Vollzeit

Zusammenfassung

Arbeitnow in Zürich, Switzerland invites a Robotics Software Engineer to help shape the robotics stack across low-level drivers, behavior trees, and cloud telemetry. You will design hardware abstraction layers and APIs to keep teams productive as hardware evolves.

You will implement 3D mapping, localization, autonomous navigation, CI/CD pipelines, test frameworks, and developer tooling, while emphasizing memory safety and a maintainable architecture.

Qualifikationen

• 3+ years in professional SWE environment, preferably Robotics/Automotive/Aerospace.
• Strong C++ and Python fundamentals.
• Solid Linux basics: systemd, time sync, schedulers, networking.
• Experience debugging with core dumps, debuggers (gdb), and profiling tools (perf, ftrace).
• Experience in test automation (unit and integration tests).
• Worked on embedded platforms and sensor integration.

Aufgaben

• Develop the robotics stack from low-level drivers to health management and software configuration.
• Implement data and telemetry ingestion from robots to the cloud.
• Build internal tools such as teleoperation interface, fleet management, and data dashboards.
• Build robotics autonomy pipelines such as 3D mapping, localization, and autonomous navigation.
• Drive CI/CD pipelines, test frameworks, and developer tooling; emphasize memory safety and architectural guidelines.

Kenntnisse

3+ years SWE

C++

Python

Linux fundamentals

Debugging

Test automation

Embedded platforms

Tools

GDB

Perf

Ftrace

ROS2

Jobbeschreibung

Arbeitnow in Zürich, Switzerland invites a Robotics Software Engineer to help shape the robotics stack across low-level drivers, behavior trees, and cloud telemetry. You will design hardware abstraction layers and APIs to keep teams productive as hardware evolves.

You will implement 3D mapping, localization, autonomous navigation, CI/CD pipelines, test frameworks, and developer tooling, while emphasizing memory safety and a maintainable architecture.