Robotics Supervision Software Engineer (C++/Qt)

Airbus; Goyrans; On-site; EUR 70,000 - 95,000; Full time

Job summary

Airbus Operations SAS in Toulouse is seeking a Robotics Supervision SW Engineer to architect and develop our proprietary C++/Qt supervisory software to pilot robotic cells on the factory floor.

You will join the Perception & Control / Industrial Means within Manufacturing Engineering, contributing to real-time interfaces, robust communications with Fanuc and Siemens controllers, and testing using digital twins and virtual commissioning.

Qualifications

• Background in Computer Science, Industrial Information Systems, Robotics, or Embedded Systems.
• Minimum 2 years of professional software engineering experience applied to industrial machines or robotic cells.
• Strong command of modern C++ (14/17/20), Qt framework (QWidget, QML), CMake, and Git/CI-CD.
• Strong skills in multithreaded programming and industrial communication protocols (Ethernet, TCP/UDP, OPC-UA).

Responsibilities

• Architect and specify our proprietary supervisory software framework dedicated to robotic cells.
• Develop high-performance, ergonomic shop-floor user interfaces using modern C++ (17/20) and Qt (QWidget, QML).
• Build robust communication pipelines for industrial controllers (Fanuc, Siemens) and robotics middleware (ROS 2).
• Guarantee UI responsiveness and real-time synchronization through multithreaded software design.
• Conduct software testing and validation using digital twins, virtual commissioning, and physical robotic cells.

Skills

Modern C++

Qt framework

Multithreading

Industrial protocols

ROS 2

CNC/PLC familiarity

English proficiency

Education

Computer Science / Engineering

Tools

CMake

Git/CI-CD

Fanuc

Siemens

Beckhoff

Job description

Airbus Operations SAS in Toulouse is seeking a Robotics Supervision SW Engineer to architect and develop our proprietary C++/Qt supervisory software to pilot robotic cells on the factory floor.

You will join the Perception & Control / Industrial Means within Manufacturing Engineering, contributing to real-time interfaces, robust communications with Fanuc and Siemens controllers, and testing using digital twins and virtual commissioning.