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Mitsubishi Aircraft (MITAC) - Mitsubishi Regional Jet, Nagoya - Japan
- Autopilot Integrator Engineer / Test Engineer
2017 - maintenant
Autopilot System engineer, working to support all part of the project regarding ATA22:
Validation Activity :
• V&V process and traceability (Specification of ALR – SLR).
• Configuration management of the requirements (DOORS).
• Test strategy elaboration (Verification Plan).
• Compliance Matrix (CS/FAR 25.1329, AC25.1329, CS AWO, AC 120-29, AC25-7C).
Verification Activity :
• Test Procedures activity: Writing/Review - Integration Tests, Rig Tests, Ground Tests, Flight Tests.
• Run, debug and analysis of Tests Procedures for validation and integration.
• Support Ground Tests / Flight Tests.
• Creation of System Description Document (SDD).
• Tests Report.
Other Activities & Support :
• Support Certification (Certification Plan, Compliance Matrix – AC25-1329-1C & AC120-29).
• Preparation and audit with certification authorities (JCAB).
• PR / CR / ECM.
• Supplier (Rockwell Collins) follow-up & Workshop.
• Support AFCS Safety team.
• International environment.
Technical Environment:
• ATA 22 (Auto Flight)
• V&V Process (ARP4754 / ARP4754A / ARP4761)
• DOORS
• Tests: Engineering Flight Simulator / Iron Bird / Ground Test / Flight Test
• Regulation specification: CS/FAR 25.1329, AC25.1329, CS AWO, AC 120-29, AC25-7C
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AEROCONSEIL pour: Mitsubishi Aircraft (MITAC) - Mitsubishi Regional Jet, Nagoya - Japan
- Autopilot Integrator Engineer
2014 - 2017
Activities:
• ALR/SLR.
• Set up of V&V process.
• Configuration management of the requirements under DOORS.
• Test strategy elaboration (Verification Plan – IRAG-2).
• Compliance Matrix (CS/FAR 25.1329, AC25.1329, CS AWO, AC 120-29, AC25-7C).
• Writing of the Test procedures: Integration Tests (Iron Bird), Ground Tests, Flight Tests.
• Proofreading GT and FT procedures of Rockwell Collins.
• Run, debug and analysis of Tests Procedures on EFS, Iron Bird and Aircraft for validation and integration.
• Preparation and audit with certification authorities (JCAB).
• Supplier follow up.
• International environment.
• System development into certification environment.
• Development of the SUPER RIG ("Pilot simulator") regarding AFCS part.
Technical Environment:
• ATA 22 (Auto Flight)
• V&V Process
• Doors / IRAG-2
• Telemetry room
• Tests: EFS, Iron Bird, Aircraft
• Regulation specification: CS/FAR 25.1329, AC25.1329-1C, CS AWO, AC 120-29, AC25-7C
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Aeroconseil
- Apprentice Engineer - Auto Flight System - ATA22
Blagnac
2012 - 2014
Modifications,checks and validation of the updates of the system autopilot on different planes and helicopter:
Sikorsky S76D, Sukoï SSJ100 and ATR 600.
Realizations:
ATR600, S76D & SSJ100 projects: Responsible for batch S76D and SSJ
Analysis,design and entered SCADE with the updates of the systems
Update the required under DOORS for the project S76D
Configuration management via software ClearCase and ClearQuest for the projects
Validation in simulation (Simu Native - Matlab) of the new modifications
Review of consideration of problem and charge report
Writing of the Flight Test Procedures
Run and debug these one on the benches for validation
Technical environment:
ATA 22
Coding SCADE,
Latex language for the ATR project
Simulation under MATLAB, DOORS
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AIRBUS
- Apprentice Engineer - Landing Gear System - ATA32
Blagnac
2012 - 2012
The objective of my mission within the department Gear, Wheel & Brake System is to create a mathematical model
allowing the positioning and pre-design landing gear using the Matlab software.
Realizations:
Functional analysis (Actigramme, Diagramme)
Determination of the services functions and constraints functions
Functional table, FAST
Calculation and positioning of the MAC (aerodynamic rope averages), Range of centring, CG, OWE,
MTOW, MLW
Positioning of the LG axis longitudinal and determination of the " Expanded Ground (CAM)"
Determine the wheelbase of landing gears
Determine the load by leg of train
Setting-up of wheels (Estimation of the number of wheels by leg of train, Choice of tyres
Choice of the shock absorbing system (Efficiency, Race of the jack, ...
Determination of the static ground
Technical environment:
ATA32 (LG)
Logiciel Matlab
Mechanics (Matrice, equations)
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ICAM & SATECO
- Final Internship Study
2012 - 2012
Project: Analysis of the phenomenon of corrosion inside a formwork (business SATECO)
Identify whether corrosion may be detrimental the mechanical characteristics of the formwork, and if this is
the case over what period.
Suggest a plan to improve order to limit the emergence and development of corrosion with the client, and
the recommendations of frequency controls the structure of the formwork.
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Aeroconseil
- Apprentice Engineer - Auto Flight System - ATA22
Blagnac
2009 - 2012
Validation and integration of the autopilot (Automatique Flight Control System) on aircraft (Sukhoi Super Jet 100)
and helicopter (Sikorsky 76D)
Realizations:
Tracking, preparation of delivery and writing Flight Test Procedure / Flight Test Result
Correction Flight Test Procedure / Flight Test Result
Writing Flight Test Procedure / Flight Test Result
Consideration of Problem and Charge Report
Configuration management (ClearCase and ClearQuest)
Updating of technical documents
Perform procedures on dedicated test bench (SIB and mini FIB) on customer site THALES
Technical environment:
ATA 22 (Auto Flight)
Simulation under DOORS
Bench test SIB/FIB (S76D, SSJ)
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CERAMIC COATING CENTER (Snecma- Group SAFRAN) - Chatellerault, France.
- Technical trainee
2009 - 2009
Project manager
# Creation of manufacturing plans for the manipulator arm of an industrial machine. (Reverse Engineering)
The machine deposits a ceramic coating on the blades and mobile turbine aircraft engines and military.
- Creation of manufacturing drawings (SolidWorks software), and validation plans in cooperation with the mechanical engineers.
- Managing the purchase of parts: building specifications, sourcing suppliers, launching calls for tender and finally, control and monitoring of deliveries of the first prototypes
Technical environment:
Catia V5, SolidWorks
Mechanics (structure, fatigue, dimensioning, CAD)
Gantt Project
