Avionics RTE&IVVQ Engineer

Overview

In this role you contribute to avionics and spacecraft test and validation activities within a multinational space company. You will work on hardware-in-the-loop testing, avionics requirements, and simulation tools to ensure robust space systems. The position supports cross-functional collaboration across laboratories and international teams, contributing to mission-critical electronics and software environments. This opportunity offers hands-on engineering at scale in a mission-driven company focused on Space for Life.

Retribuzione / Benefits

• mobility policy
• career development opportunities
• global/international exposure

Responsabilità

• Support hardware-in-the-loop testing environments and spacecraft simulator development
• Work with avionic sensors/actuators and onboard computer interfaces
• Implement and verify software in Matlab/Simulink and C/C++ for real-time or HW/SW hybrids
• Coordinate with labs and teams to assess avionic requirements and testing procedures
• Apply ECSS/ECSS-like standards and PUS concepts to telemetry and telecommand data
• Use configuration and V&V tools (e.g., DOORS, GIT) for traceability and validation
• Work in an international environment and manage workload under constraints
• Maintain knowledge of space avionics standards and related hardware interfaces

Requisiti fondamentali

• Master in Electrical/Computer/Control Engineering
• Fluent in English (C1)
• 5+ years of relevant experience (preferred)
• Knowledge of kinematics/dynamics of rigid bodies
• Avionic sensors/actuators technology
• Real-time or non-real-time hardware-in-the-loop testing
• Matlab/Simulink programming
• C/C++ programming
• Familiarity with 1553/CAN bus (AIM 1553 and KVASER or equivalent)
• Understanding of ESA ECSS/telemetry and telecommand standards (at least two listed)
• Data Handling hardware concepts (OBC, RTU, GNSS, microprocessors)
• Knowledge of TOOLS: DOORS, GIT
• Customer focused
• Organized and methodical
• Strong written and verbal communication
• Kinematics and dynamics of rigid bodies
• Avionics sensors/actuators
• HIL testing environments