Develop and improve existing and new control laws (CLaws) as well as associated analysis tools in MATLAB and C++.
Support the development of control laws, autopilot, and navigation systems in R&D projects.
Define, validate, and verify control law requirements (V&V), in accordance with DO-178B and SAE ARP 4754 standards.
Design pilot-in-the-loop control laws based on handling qualities requirements, envelope protection, and aircraft performance.
Assess the stability, performance, and failure modes of FBW systems through analyses, simulations, and testing (simulator and flight).
Support the integration of CLaws into test benches and supplier platforms.

Bachelor's or Master's degree in Aerospace Engineering (PhD preferred).
Minimum 10 years' experience in control law development for Fly-by-Wire (FBW) aircraft.
Strong command of flight dynamics and in-depth understanding of aerodynamics.
Expertise in classical and modern control system design (SISO/MIMO) and advanced control law techniques.
Good knowledge of control law evaluation methods, including linear and nonlinear testing.
Good understanding of stability, handling qualities, and pilot-in-the-loop aircraft behavior.
Good knowledge of DO-178B standards and of verification, validation, and certification processes for safety-critical software.
Proficiency in MATLAB and Simulink for simulation, modeling, and control law development.
Knowledge of state estimation and Kalman filtering.
Programming skills in MATLAB and C++.
Fluent in French and English, both spoken and written.
Team player with autonomy, strong motivation, and an ability to innovate.

Expert in Flight Control Law Design and Development

Key skills