Haensler Pierre-Emmanuel Email & Phone Number

Palaiseau, Île-De-France, France

Head of research unit S2AD (Surveillance Systems for Aerospace and Defence), part of the Information Processing and Systems Department (DTIS)

Paris Area, France

- Space Surveillance and Tracking- Orbital mechanics- Nanosats- Space mission design

Paris Area, France

Design of the control architecture of a gyro-stabilized platform assembly:• Actuators and sensors dimensioning.• Control architecture design, performances simulation with Simulink and Stateflow• Simulink design compliant with Matlab Embedded coder. • GPA integration and electro-mechanical model identification with data from vibration tests: sweep sine and white noise Fourier transform.• Control algorithms synthesis with H∞ Loop-shaping.• Embedded C-code generation, implementation on the prototypes and experimental validation of performances through vibration and oscillation tests.

Paris Area, France

Development of System Control Tools, CNES, Launcher Directorate:• Controllers design and analysis for Ariane 5, VEGA and Soyuz. Gain scheduling LPV control.• Update of extra-atmospheric flight phases Trajectory optimization for launchers, CNES, Launcher Directorate:Loads Alleviation on European Launchers Using Wind Biased Trajectory Optimization• Trajectory optimization based on predicted atmospheric perturbations.• Performance evaluation depending on the prediction.Validation of Flight guidance for Vega Launcher, CNES, Launcher Directorate:• VV01 flight simulation update.• Monte Carlo simulations based on parameters uncertainty.• Failure cases analysis.

Paris Area, France

• Optimization of the dispenser shape on Soyuz with a 10% mass reduction.• Coupled loads analysis on Ariane 5 launches.

Paris Area, France

Technology Consultant - GECI:• Synthetic winds database creation.• Extraction of a selection of winds from the measurements database (3%) giving correct results on trajectory simulation, regardless of the launcher: Ariane 5, Vega, Soyuz.

Study on the progressive failure of composite materials with a modelisation tool: sensibility study on the variance on material characteristics and the impact on the failure propagation: • T300/M18 material characterization: cyclic mechanical tests on stratified composite materials. • Deformation model identification. • Parametric sensibility study on progressive failure.

Toulouse Area, France

• Certification file for PW6000’s thrust reverser’s door (contract for Safran). Creation of a calculus tool for composite materials.• Feasibility study for a design and research center for composite Materials in Aquitaine (ACME, France), with JCPG Developpement.

Adaptation of Multi Disciplinary Optimization tools with ModeFrontier and ModelCenter software: resolution of an industrial test case using SQP, quasi-Newton and genetic algorithms. The test case is based on the Super Sonic Business Jet design from Dassault Aviation.

Engineer, Aeronautics

Master Of Science, Aerospace Engineering

Specialization in Astrodynamics, Guidance Navigation and Control, Space systems engineering.

Diplôme Universitaire, Astronomy And Astrophysics, Mention Très Bien

Formation à distance sur l'étude des phénomènes astronomiques et l'instrumentation associée

Bachelor, Mathematics