Jacson Miguel Olszanecki Barth Email & Phone Number

Blagnac, Fr

Toulouse, Occitanie, France

Toulouse, Occitanie, France

Defining, developing, integrating flight control laws into A/C primary and secondary control systems to ensure good handling qualities and to match the safety & required performance level according to Airbus systems engineering processes. Validating flight control laws through simulations and then with real hardware and finally in flight tests for certification.

Toulouse, Occitanie, France

Guiding engineer students majored in flight mechanics and control of aeronautical systems in tutorials and practical training sessions.

Toulouse, Occitanie, France

ENAC-Groupe ADP–Sopra Steria Research Chair on Drone Systems.Design of guidance and control algorithms for safe integration of Unmanned Aircraft System (UAS) in the civil airspace.

Toulouse, Occitanie, France

Design of guidance, navigation and control algorithms for transitioning micro air vehicles in MATLAB/Simulink. Implementation of control algorithms in autopilot board and validation in flight tests. Main achievements/results: • 1 national patent; • 1 international journal; • 7 publications in international conferences. Presentations in international conferences for the control community and for different audiences in the field of aerospace systems;

Toulouse, Occitanie, France

Scientific Project Leader in Aeronautical Guidance Navigation & Control Systems.Research & Innovation/Research & Development in the field of Future Air Mobility: • Flight Mechanics Modelling of Innovative eVTOL Flying Taxis; • Design, Implementation and Validation of Flight Control Algorithms for eVTOL Flying Taxis; • Flight Control Laws & Stability for Biomimicry Aeronautical Systems;

Toulouse, Occitanie, France

Verification and Validation of Manual Flight Control Laws for Airbus Flight Control standards, such as Elevator Aileron Computers (ELACs), Spoiler Elevator Computers (SECs) and Flight Augmentation Computers (FACs) related to CEO and NEO Single-Aisle Family (A318, A319, A320 and A321 Aircraft). Main activities: • Flight Maneuver Configuration for Certification Purposes; • Perform and Analyze Flight Simulations (SIMPA/OSMA); • Write Technical Reports;

Tououse, France

Design and implementation of optimal control algorithms for rotorcraft UAV trajectory tracking and attitude stabilization based on Linear Quadratic Regulator (LQR). • Modeling of rotorcraft UAV dynamics; • Flight simulations in MATLAB/Simulink; • Indoor flight tests with PX4 open source autopilot board, to validate the results.

Porto Alegre, Rio Grande Do Sul

Development of algorithms for robotic projects in C language. Design of a mechanical rotorcraft UAV airframe and research on control laws for its attitude stabilization.

Doctor Of Philosophy - Aerospace Engineering, Modeling And Simulation, Flight Dynamics, Control Design, Autopilot Systems, And Uav Flight Tests

Activities and Societies: PhD on Guidance, Navigation & Control of Unmanned Aerial Vehicles. Thesis : "Model-Free Control Algorithms.

Flying Car And Autonomous Flight Engineer

Activities and Societies: Design of Autonomous Flight Systems on Python and C++ • Flight Dynamics and Modeling • 3D Path Planning with A*.

Msc In Operational Research (Or)

Activities and Societies: Mathematics, Physics, Programming, Operational Research Algorithms, and Solutions

Msc In Electrical And Control Engineering - Specializing In Control Systems

Activities and Societies: Modeling, Control and Analysis of Dynamic Systems. Thesis: ”Optimal control algorithm applied to UAV formation.

Mechatronic Engineering (2.5 Years Out Of A Total Of 5 Years)