Robotics Software Engineer
Pubblicato il 18-10-2026 - Strativ Group in Friuli-Venezia Giulia
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 communicati