Robotics Software Engineer
Pubblicato il 16-10-2026 - Altro in Trieste
Embedded/Robotics Software Engineer – UAV Systems
We're supporting an innovative engineering team developing next-generation autonomous aerial systems for industrial, security, and advanced mobility applications.
This is a hands‐on role focused on embedded software, flight systems, autonomy, and real‐world UAV operations. You'll work closely with multidisciplinary teams to develop reliable airborne platforms operating in demanding environments.
Key Responsibilities
Develop and maintain embedded software for autonomous aerial platforms
Customize and extend autopilot and flight‐control functionality
Implement features related to mission execution, telemetry, navigation, failsafe logic, and payload integration
Develop software in C++ and Python for onboard and support systems
Integrate communication pipelines and real‐time telemetry systems
Work with embedded Linux systems on ARM‐based hardware
Support simulation, testing, debugging, and hardware/software integration activities
Contribute to software architecture, reliability, and operational safety improvements
Collaborate with electronics, mechanical, systems, and AI teams throughout development
Required Experience
Strong background in embedded or robotics software development
Experience with autonomous systems, UAVs, or robotic platforms
Strong C++ and Python development skills
Familiarity with real‐time systems and low‐level software concepts
Experience working with Linux‐based embedded platforms
Understanding of sensors, control systems, and system integration
Comfortable debugging complex hardware/software interactions
Experience with collaborative development workflows and version control
Nice to Have
Experience with robotics middleware or autonomy frameworks
Understanding of a major autopilot ecosystem (PX4/ArduPilot/Betaflight)
Knowledge of onboard AI, perception, or computer vision pipelines
Exposure to modern embedded compute platforms and high‐speed communications
Understanding of operational safety and cer