- Flight operations engineering management.- Fuel efficiency monitoring and fuel savings program implementation.

- Manager of the Flight Operations Engineering Team, with a successful growth from 2 to 10 people in less than two years.

- Commissioning of parallel robots and cable-driven hexapods.- Motion planning and control of parallel robots taking into account collision and singularity avoidance, force feasibility, and surface-following constraints.

Dissertation: Numerical Computation and Avoidance of Manipulator Singularities, within the Kinematics and Robot Design Group (KRD).- Kinematic analysis of complex multi-body robotic systems.- Numerical methods for singularity computation and avoidance path planning.

- Mathematical characterization of robot singularities.- Computation and classification of robot singularities using numerical methods.

- Development of higher-dimensional continuation methods for path planning in robotic applications.- Branch switching techniques for continuation methods.

- Development of methods and tools for space mechanics and space flight dynamics for mission analysis and design.- Development and release of the open-source toolbox CelestLab, including a broad range of functions for orbit extrapolation, manoeuvre and trajectory calculation, computation for orbital events, and analysis of interplanetary trajectories. CelestLab is currently being used at the French Space Agency for the analysis of orbital mechanics missions.

- Conceptual aircraft design and optimization under uncertainty.- Computation and simulation of long-range aircraft performances in an engine failure event.

- Support to pre-production, project execution, and scene services for large-format opera spectacles.- Stage motors programming.- Management of operators shifts.