Benedetto Luciano

R&D Flight Control System Engineer at AESIS srl
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Contact Information
us****@****om
(386) 825-5501
Location
Pisa, Tuscany, Italy, IT
Languages
  • Italiano Native or bilingual proficiency
  • Spagnolo Full professional proficiency
  • Inglese Professional working proficiency
  • Francese Limited working proficiency
  • Cinese Elementary proficiency

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Credentials

  • Stateflow Onramp
    MathWorks
    Jan, 2021
    - Oct, 2024
  • Introduction to Linear Algebra with MATLAB
    MathWorks
    Oct, 2018
    - Oct, 2024
  • MATLAB Fundamentals
    MathWorks
    Oct, 2018
    - Oct, 2024
  • MATLAB Programming Techniques
    MathWorks
    Oct, 2018
    - Oct, 2024
  • Simulink Onramp
    MathWorks
    Oct, 2018
    - Oct, 2024
  • Solving Nonlinear Equations with MATLAB
    MathWorks
    Oct, 2018
    - Oct, 2024
  • Solving Ordinary Differential Equations with MATLAB
    MathWorks
    Oct, 2018
    - Oct, 2024
  • Abilitazione alla professione di Ingegnere Industriale Sezione A (Seconda Sessione 2017)
    Ordine degli ingegneri della Provincia di pisa

Experience

    • Italy
    • Industrial Machinery Manufacturing
    • 1 - 100 Employee
    • R&D Flight Control System Engineer
      • Dec 2017 - Present

      - Development of simulation models and preliminary design of the control algorithms of an electro-mechanical actuator for smart active inceptors, to be essentially used in a smart actuation system for H/C pilot inceptors, composed by four actuators interfacing the with collective, pedals, longitudinal and lateral cyclic inceptors, of a fly-by-wire H/C flight control systems.- Design of the closed-loop control laws algorithms for a simplex compact Electro-Mechanical Actuator (EMA) for aileron flight control surfaces. Development of a Data-Fusion function for motor speed feedback reconstruction combining signals coming from different sensors.- Project of control laws, firmware development and testing of a helicopter landing gear system. My main tasks have been: control laws synthesis and control logic design through Model-Based Design (MBS) of electro-mechanical actuators (extraction/retraction and nose wheel steering system), firmware development/implementation and testing activities. - Design of a 3-axis Optronic Platform payload for UAVs. My main tasks have been: innovative lightweight structure design, FOV and DRI analysis, LOS stabilization control system project through Model-Based Design (MBS), thermal management and vibration damping. - Definition of vision based control laws for autonomous landing UAVs. I acted both as a control laws designer through Model-Based Design (MBS) and as a developer of vision-based target identification algorithms. Finally, I worked on the definition of the video system requirements. -Definition of control laws through Model-Based Design (MBS) , development of condition monitoring, firmware implementation e testing of a fault-tolerant double-motor electro-mechanical actuator (EMA) for primary flight controls.-research on piezoelectric patches aimed both at their use as an actuator and as a sensor for health and usage monitoring systems (HUMS) .

    • Italy
    • Mental Health Care
    • 100 - 200 Employee
    • Dynamics of helicopter flight: cultore della materia
      • May 2019 - Present

    • Teacher
      • Jan 2017 - Mar 2017

    • Italy
    • Construction
    • 1 - 100 Employee
    • Logistics attendant
      • Jun 2010 - Sep 2010

Education

  • Università di Pisa
    laurea magistrale LM in ingegneria aeospaziale, Ingegneria aerospaziale, aeronautica e astronautica/spaziale
    2015 - 2017
  • Università di Pisa
    laurea ingegneria aerospaziale, Ingegneria aerospaziale, aeronautica e astronautica
    2010 - 2015

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