Advanced Perception System Designer M/F (H/F)

AIRBUS OPERATIONS SAS; Toulouse; Sur place; EUR 90 000 - 120 000; Plein temps

Avantages offerts par ce poste

Profit sharing

Employee savings plan

Health insurance

Staff council activities

Upskilling opportunities

Résumé du poste

Airbus Operations SAS in Toulouse is seeking an Advanced Perception System Designer (M/F) to join the Robotics Development department. You will lead sensor design and perception algorithms in C++/Python, calibrations, and integration with the robotic control stack, shaping safe and high‑performance industrial solutions.

The role offers strong learning, international mobility, and extensive upskilling opportunities.

Qualifications

• Experience in robotics perception systems.
• Strong programming in C++/Python for real-time perception.
• Knowledge of intrinsic and extrinsic sensor calibration.
• Familiarity with safety processes and PFMEA.

Responsabilités

• Define and design robust sensor suites tailored to industrial constraints.
• Implement and optimize high-performance perception algorithms in C++/Python with low latency.
• Lead intrinsic and extrinsic calibration of complex sensor suites.
• Analyze computing requirements (CPU/GPU/Edge) and integrate the perception stack.
• Lead PFMEA processes to ensure safety and functional reliability.

Connaissances

C++/Python

Sensor calibration

Sensor suites

Robotics

PFMEA

Outils

Cameras

Profilometers

Description du poste

Job Description:

Airbus Commercial Aircraft is looking for a Advanced Perception System Designer (M/F) to join our Robotics Development department based in Toulouse, France.

You will join the Robotics Development department. We are a multicultural team that develops and supports robotics and automation solutions for all of Airbus's civil plants and its Final Assembly Lines (FAL), acting as an internal supplier and center of competence. We design differentiating and disruptive robotic solutions for a better, safer, and more competitive future for Airbus and its employees. Our fields of application include assembly, inspection, painting, and composites.

Your working environment:

Global capital of aeronautics and European capital for space research, Toulouse is a dynamic city in the southwest of France served by an international airport. Ideally located between the Mediterranean sea and the Atlantic ocean and close to the Pyrenees mountains, it offers plenty of options for outdoor activities!

How we care for you:

• Financial rewards: Attractive salary, agreements on success and profit sharing schemes, employee savings plan abounded by Airbus and employee stock purchase plan on a voluntary basis.
• Work / Life Balance: Extra days-off for special occasions, holiday transfer option, a Staff council offering many social, cultural and sport activities and other services.
• Wellbeing / Health: Complementary health insurance coverage (disability, invalidity, death). Depending on the site: health services center, concierge services, gym, carpooling application.
• Individual development: Great upskilling opportunities and development prospects with unlimited access to +10.000 e-learning courses to develop your employability, certifications, expert career path, accelerated development programmes, national and international mobility.

At Airbus, we support you to work, connect and collaborate more easily and flexibly. Wherever possible, we foster flexible working arrangements to stimulate innovative thinking.

Your challenges:

As an Advanced Perception System Designer (M/F), you will be the technical authority responsible for how our robots perceive, interpret, and interact with the physical world. You will be the guarantor of the "sensorimotor loop," ensuring that high-fidelity data from sensors are transformed into actionable intelligence in real time. Your work lies at the critical intersection of hardware capabilities, algorithmic performance, and system reliability.

• Define and design robust sensor suites (Cameras, Profilometers) tailored to specific industrial environmental constraints.
• Implement and optimize high-performance perception algorithms in C++/Python with a zero-latency budget.
• Lead intrinsic and extrinsic calibration of complex sensor suites to ensure absolute spatial data integrity.
• Analyze computing requirements (CPU/GPU/Edge) and ensure seamless integration of the perception stack into the global robotic control architecture.
• Lead PFMEA processes to identify failure points and ensure the highest levels of safety and functional reliability.