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Pablo Santamaria GomezPS

Pablo Santamaria Gomez

Ingénieur Système MBD

480 €/jour
11 projets
Paris, FR
3-7 ans

Délai de réponse moyen : 1h

À propos de Pablo

I am a freelance engineer specialized in Model-Based Design (MBD), powertrain engineering, energetics, and control software development. My experience spans multiple industries and projects:
I have developed control software for electric vehicle cooling systems (Hutchinson), worked on embedded control algorithms for Formula 1, Formula E, and LMDh programs (Alpine Racing), and designed predictive control strategies for PEM fuel cell systems (IFP Energies nouvelles).
My expertise includes system modeling (Simscape, AMESim, GT-Power), control strategy development (Simulink, MATLAB), validation (MIL, SIL, HIL), and automatic code generation.

I have also contributed to research projects on vehicle thermal management (VEDECOM) and turbocharged spark-ignition engine thermal analysis (École Centrale de Nantes in collaboration with PSA Group). I enjoy working in collaborative, international environments, bringing strong technical skills together with a hands-on, solution-driven approach to help my clients develop, optimize, and validate complex control systems.
  • Espagnol

    Bilingue ou natif

  • Anglais

    Bilingue ou natif

  • Français

    Bilingue ou natif

  • Italien

    Notions

Accepte de travailler sur site
Paris (jusqu’à 50 km)

Expériences

  • Alpine Racing
    Control Systems Engineer
    AUTOMOBILE
    août 2025 - Aujourd'hui (10 mois)
    Viry-Châtillon, France
    Development and Improvement of Embedded Control Laws for Formula E.

    Objectives:
    • Development of control strategies for the Nissan Formula E vehicle.
    • Chassis control, CAN communication, and interaction with the steering wheel.
    • Automatic C code generation from Matlab/Symulinc models using the McLaren MCT toolbox.
    Spécifications fonctionnelles HIL Model Based Design Systèmes embarqués Matlab/Simulink
  • Hutchinson
    Ingénieur logiciel embarqué
    AUTOMOBILE
    juillet 2024 - juillet 2025 (1 an)
    Levallois-Perret, France
    Development of Position Control Software for a Solenoid Valve in the Cooling System of an Electric Vehicle. Model-Based Design (MBD) Philosophy. Collaborative Environment Based on GitLab.

    Objectives:
    • Modeling the behavior of the system under study using Simscape.
    • Development of control software and validation of strategies through simulation.
    • Automatic code generation and verification of results using test benches and electronic diagnostic devices.
    • Management of test bench operations and analysis of results.
    • Drafting of system-level specifications and requirements.
    • Writing technical documentation and knowledge capitalization.

    Results:
    • Development of a Field Oriented Control (FOC) algorithm for a PMSM electric motor.
    • Development of a Six-Step control algorithm for a PMSM electric motor.
    • Development of absolute and relative position control between two mechanical limits.
    Matlab/Simulink Texas Instruments Git/Github Spécifications fonctionnelles Prototypage rapide
  • Alpine Racing
    Control Systems Engineer
    AUTOMOBILE
    février 2022 - juin 2024 (2 ans et 4 mois)
    Viry-Châtillon, France
    Development and Improvement of Embedded Control Laws for Formula 1, Formula E, and LMDh Cars.

    Objectives:
    • Development of control laws for electric machines (slave ECU) and energy management (master ECU).
    • Development of MATLAB scripts for the compilation toolbox and various tools.
    • Pre-validation of new functions in MIL, SIL, and HIL environments.
    • Update and development of the SIL environment.
    • Development of physical simulation models (battery model, CAN, chassis, etc.).
    • Work in a French-speaking environment with regular meetings in English with colleagues and suppliers.
    • Monitoring of track tests from the operations room.
    • Writing of knowledge capitalization documents in both English and French.

    Results:
    • Released multiple software versions with bug fixes and new features proposed by myself and others.
    • Supported the validation team.
    • Reduced the electric machine software compilation time from 1h40 to 30 minutes.
    Tortoise SVN Matlab/Simulink HIL MIL SIL

Avis

4,0

sur 1 évaluation

F

Fabrice

Hutchinson CRI

Projet de plusieurs semaines

-

Avis laissé le 14.04.2025

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Formations

  • Powertrain Engineering, Mechanical Engineering
    IFP SCHOOL
    2022
    Powertrain Engineering, Mechanical Engineering
  • Master 2 Mechanical Engineering, Energetics and Propulsion
    Ecole Centrale de Nantes
    2019
    Master 2 Mechanical Engineering, Energetics and Propulsion

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