Real-Time Systems Engineer for Autonomous Defense Fleet

Embodied AI; Zürich; Vor Ort; CHF 140.000 - 200.000; Vollzeit

Benefits dieser Stelle

Direct impact on mission-critical tech

Zusammenfassung

Embodied AI in Zürich is seeking a strong software engineer to build a real-time, safety-critical ground-segment platform that fuses radar and multi-sensor data for an interceptor drone system. You will work close to hardware, operators, and mission-critical objectives, delivering low-latency integrations and field-ready tooling.

You will own architecture for real-time data fusion, integration with third-party sensors, and fleet management tooling, while profiling and hardening performance to

Qualifikationen

• MSc or PhD in Computer Science, Software Engineering, or a related technical field from a top-tier university.
• 3+ years of professional experience building production software, with deep Python expertise.
• Fluency in Linux-based development environments.
• Solid grounding in software security fundamentals.

Aufgaben

• Architect the ground-segment platform that fuses radar and multi-sensor data into a real-time operational picture, under latency budgets where milliseconds decide outcomes
• Build the integration layer connecting our drones to third-party sensors and platforms, designing the plugins and data interfaces that make it work reliably in the field
• Design and own fleet-management and provisioning tooling that commands and coordinates a live interceptor fleet
• Profile, tune, and harden system performance so it holds up under real-world load
• Work close to the field: see your code deployed on real hardware, in front of real customers

Kenntnisse

Python

Linux

Software security

Real-time systems

Radar integration

Ausbildung

MSc or PhD in Computer Science or related field

Jobbeschreibung

Embodied AI in Zürich is seeking a strong software engineer to build a real-time, safety-critical ground-segment platform that fuses radar and multi-sensor data for an interceptor drone system. You will work close to hardware, operators, and mission-critical objectives, delivering low-latency integrations and field-ready tooling.

You will own architecture for real-time data fusion, integration with third-party sensors, and fleet management tooling, while profiling and hardening performance to