Robotics Systems Engineer: Humanoid Platform

Neura Robotics; Zürich; Vor Ort; CHF 120.000 - 190.000; Vollzeit

Zusammenfassung

Neura Robotics in Zürich is seeking a Systems Engineer for the 4NE1 Humanoid project. You will translate customer and business needs into structured system requirements, architectures, and validation strategies across robotics software, perception, controls, and electronics.

You will lead end-to-end system integration from prototype to production, maintain traceability artifacts, and collaborate with cross-functional teams to ensure safety, reliability, and scalable deployment of next‑generation

Qualifikationen

• Education at MSc/PhD level in robotics or related field.
• Experience with system architecture, MBSE and traceability.
• Knowledge of robotics software frameworks and middleware.

Aufgaben

• Translate customer, product, and business needs into system requirements.
• Define system boundaries, interfaces and subsystem responsibilities.
• Lead system-level integration and validation for locomotion, manipulation, and safety.
• Maintain requirements specs, architecture, and traceability docs.
• Support deployment of robotic systems from prototype to production.

Kenntnisse

Requirements engineering

System architecture

MBSE (Model-Based Systems Engineering)

Cross-functional collaboration

Robotics software frameworks

Autonomy and safety

Agile development

Analytical problem solving

Communication skills

Ausbildung

MSc or PhD in Robotics, Systems Engineering, Electrical Engineering, or CS

Tools

ROS/ROS2

Jobbeschreibung

Neura Robotics in Zürich is seeking a Systems Engineer for the 4NE1 Humanoid project. You will translate customer and business needs into structured system requirements, architectures, and validation strategies across robotics software, perception, controls, and electronics.

You will lead end-to-end system integration from prototype to production, maintain traceability artifacts, and collaborate with cross-functional teams to ensure safety, reliability, and scalable deployment of next‑generation