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Richard DE MIRANDA

Saint Ouen Cedex

Electionseuropéennes 2024

RETROUVEZ GRATUITEMENTLe résultat des européennes à Schiltigheim ainsi que le résultat des européennes dans le Bas-Rhin.

En résumé

Areas of Expertise:

• Automotive Industry
• Railway Industry
• Industry specialized electronic/electrical

Environments of application:

• Software Environment:
o Communication Networks: CAN, FlexRay and Ethernet.
o Programming languages oriented in embedded systems.
o Autosar Standard (3.2.X, 4.0.x, 4.1.x).
o Diagnostic Log and Trace (DLT) Autosar Version 4.1 Rev.2
o Universal Measurement and Calibration Protocol (XCP) Autosar Revision 4.0 Rev 3
o ASAM Specification Revision 1.2.0

• Project Hardware Environment
o ESP Gen 9 and Gen 9.3 (Bosch)
o Radar ACC2 (Bosch)
o iCAM2 and RFK (Bosch)

Education:
2009 – 2012 Master’s Degree in Electrical Engineering and Control Systems
University of Technology Belfort-Montbéliard (Belfort (90), France)
Special field(s) "electronic and embedded systems"
Specialization in the areas of embedded systems

2007 – 2009 BTEC Higher National Diploma in Electrical and Computer Engineering
Haguenau University Institute of Technology (Haguenau (67), France)
Special field(s) “Computers/Electronics”


2004 – 2007 Bachelor’s degree of Science and Industrial Technology in Electronical Engineering
Marc Bloch High school (Bischheim (67), France)
Special field(s) “Electronics”





Mes compétences :
Réseau FLEXRAY
Langage XPAND
Langage XTEND
Microcontrôleurs PIC
Microprocesseur Freescale
Labview
Altium Designer
Eagle CAD
VHDL
Programmation
CAN
C
MPLAB
ASAM Specification
Diagnostic Log and Trace (DLT)
Ethernet
CANoe
AUTOSAR
CANape
Cantata
ASAM A2L
ClearQuest
Python
CANalyzer
Trace 32 Debugger
Universal Measurement & Calibration Protocol (XCP
Vector ASAP Tool
Wireshark
JIRA
Enterprise Architect
DOORS
Vector Geny
GHS Debugger (Renesas)
Dlt Viewer

Entreprises

  • Robert Bosch Gmbh - Software developer

    Saint Ouen Cedex 2014 - 2015 Job description:
    Network Functional development of ESP Gen 9.3 for Customer project: BMW

    Goals:
    Configuration of the FlexRay physical layer for XcpOnFleRay.
    Development and re-architecture of complete NET infrastructure.
    Configuration and Integration of XcpOnFlexRay.
    RTE Configuration and update.

    Achievements:
    - Basic Software environment: FlexRay and AUTOSAR 4.x.
    - Analysis of customer Requirement (DOORS).
    - Development and re-architecture of complete NET infrastructure:
    o Simple SCL module: Re-architecture and signal implementation
    o Complex SCL module: Re-architecture and signal implementation.
    o RbDscModul (Wrapper for BMW BlackBox) : Re-architecture and signal implementation.
    o AscetImportExport (Wrapper to ASW) : Re-architecture and signal implementation.
    - RTE configuration and update.
    - Complete Configuration of XcpOnFlexRay : FrIf, Fr, PduR, Xcp.
    - Test and Integration

    Technical environments:
    - Software development: C Programming Language.
    - Communication Networks: FlexRay.
    - Measurement/Test : CANoe, CANape, Renesas Debugger
    - Other Tool : Doors , ALM, AEEE

  • Robert Bosch Gmbh - Software developer

    Saint Ouen Cedex 2013 - maintenant Job description:
    Development and Configuration of Autosar components (DLT and XCP) for Customer project: BMW

    Goals:
    Analysis of DLT and XCP Autosar Component (Autosar 4.x).
    Development and Configuration of DLT and XCP components.
    Configuration and Integration in Ethernet stack.
    RTE Configuration and update.

    Achievements:
    - Basic Software environment: Ethernet and AUTOSAR 4.x.
    - Analysis of DLT and XCP components in Autosar Architecture.
    - Development (base CDG stack) of DLT component:
    o Development of Get_LogInfo feature (SWS_Dlt_00197)
    o Re-Development of Dlt_RegisterContext feature (SWS_Dlt_00245)
    o Development of Dlt_DemTriggerOnEventStatus feature (SWS_Dlt_00470)
    - Complete Configuration of DLT in Ethernet Area : EthIf, UDP, Socket Adapter, Pdu Router.
    - Implementation of DLT diagnostic messages related to BSW and SW-C Components.
    - Development (base CDG stack) of XCP component:
    o Adaption of Checksum feature
    o Adaptation of TimeStamp feature
    - Complete Configuration of XcpOnEthernet : EthIf, TCP, Socket Adapter, Eth Transport Layer.
    - Implementation of XCP Measurement block and update A2L generation according to ASAM specification.
    - RTE configuration and update.
    - Test, Integration and technical support to BMW.

    Technical environments:
    - Software development: C Programming Language.
    - Communication Networks: Ethernet.
    - Measurement/Test : CANape, Dlt Viewer, Wireshark, E-Sys, Trace32 Debugger
    - Other Tool : Doors , ClearQuest, JIRA, Autosar Workbench

  • Robert Bosch Gmbh - Software developer

    Saint Ouen Cedex 2013 - 2013 Job description
    Network Functional development of Radar ACC for Customer project: Audi

    Goals
    Analysis and Design of complete TCOM component.
    Development of TCOM* layer (similar to COM) for ASIL B PDU’s.
    Development and configuration of NET infrastructure.
    *TCOM = Trusted COM. Since Vector ComStack provides a QM Level for their architecture, the goal of this TCOM layer was to provide PDU’s to reach ASIL B security.

    Achievements
    - Basic Software environment: FLEXRAY and AUTOSAR 3.2.x.
    - Analysis and Design of complete TCOM Component (CDD Autosar)
    - Development and Integration of TCOM layer
    - Development and Integration in Net Area :
    o Integration of Customer FIBEX Update (Vector Geny):
    * Implementation of new PDU and Signals
    * Configuration of new features
    * Integration of generated ComStack
    * Configuration and Integration of CDD Module
    o Implementation of functional logic in NET:
    * Signal Conversion Layer: “smi”, “smo”, “smli”, “smlo” (similar to SCL)
    * Signal Monitoring: “pdumon” and “e2emon” (similar to MonSM)
    - Integration of E2E library in FlexRay Networks.
    - Enterprise Architect design for complete flow
    - Test

    Technical environments
    - Software development: C Programming Language.
    - Communication Networks: FlexRay.
    - Measurement/Test : CANalyzer, Trace 32 Debugger
    - Other Tool : Doors , ClearQuest, Vector Geny, QAC/MISRA, Enterprise Architect

  • Robert Bosch Gmbh - Software developer

    Saint Ouen Cedex 2012 - 2013 Job description
    Network Functional development of ESP Gen 9 and iBooster for Customer’s project: Audi, Porsche and VW

    Goals
    Development and Configuration of the FlexRay and CAN physical layer.
    Development and configuration of NET infrastructure.
    Test and Integration of ESP/iBooster Software.

    Achievements
    - Basic Software environment: FLEXRAY/CAN and AUTOSAR 3.2.x.
    - Analysis of customer Requirement (DOORS).
    - Development and Integration in Net Area :
    o Integration of Customer FIBEX Update (Vector Geny):
    * Implementation of new PDU and Signals
    * Configuration of new functionalities
    * Integration of generated ComStack
    o Implementation of functional logic in NET:
    * NDS
    * Signal Conversion Layer (SCL)
    * DNCIF
    - Development and Integration of E2E library in FlexRay and CAN Networks.
    - Automated Generation (OAW Script) of E2E library.

    Technical environments
    - Software development: C and OAW Script programming (Software: Eclipse).
    - Communication Networks: CAN/FLEXRAY.
    - Measurement/Test : CANoe, MM6, TKWinx
    - Other Tool : Doors , ClearQuest, Vector Geny

  • Technology & Strategy - Stagiaire Ingénieur

    Schiltigheim 2012 - 2012 Stage de fin étude (6mois, ecole d'ingénieur) à Technology&Strategy, Strasbourg (67).

    Conception et réalisation d’une carte électronique à base de microprocesseur et implémentation du software de contrôle permettant l’interconnexion des réseaux Flexray et CAN.

    Compétences techniques :

    - Développement d'une Gateway CAN/FLEXRAY sur microprocesseur FREESCALE. Langage de programmation utilisé : C .

    - Génération de fichier de configuration FLEXRAY à partir de fichier XML normé AUTOSAR (logiciel : Eclipse Galileo). Langage de programmation utilisé : XPAND, XTEND, JAVA.

    - Création de divers programmes de calcul de paramètres FLEXRAY.
    Langage de programmation utilisé : C et C#

  • Lohr Industrie - Stagiaire Ingénieur

    Hangenbieten 2010 - 2010 Stage professionnel (6mois) à LOHR INDUSTRIE, Duppigheim (67).

    Etude, développement, test (CANalyzer) et mise en service d’un outil de diagnostic (via les réseaux CAN du véhicule) pour le tramway test destiné à la RATP de Paris.

    Compétences techniques :

    - Etude du système : Schématique électrique du véhicule.
    - Schématisation système : Synoptique graphique (Logiciel : Office Visio).
    - Développement Software : Langage XML.
    - Test et essai : CANalyzer (Trames CAN) et véhicule d’essai.
    - Documentation : Procédure de test et essai pour la RATP Paris.

  • SOCOMEC - Stagiaire Technicien Supérieur

    Benfeld 2009 - 2009 Stage de fin d’étude de DUT (4mois) à SOCOMEC, Benfeld (67).

    Conception d’une interface graphique pour le pilotage de 4 instruments de mesure à l’aide du logiciel Labview via GPIB/RS232, la création automatisée de certificats d’étalonnage, rapport de vérification et la mise en œuvre d’une base de données sous Excel.

    Compétences techniques :

    - Etude du système : Besoins et compréhension du système.
    - Développement Sotware : Langage G (logiciel : Labview Express 7.0).
    - Systèmes de communication : GPIB et RS232.
    - Génération de fichiers : Base de données, certificat d’étalonnage et rapport devérification.

Formations

  • UTBM (Belfort)

    Belfort 2009 - 2012 Ingénieur en Génie Electrique et Systèmes de Commande

    Option « électronique et systèmes embarqués »
    Spécialisation dans les domaines des systèmes embarqués

  • IUT De Haguenau (Haguenau)

    Haguenau 2007 - 2009 DUT Génie Electrique et Informatique Industrielle

    Option « Informatique/Electronique »

  • Lycée Marc Bloch (Bischheim)

    Bischheim 2004 - 2007 Baccalauréat Sciences et Technologies Industrielles en Génie Electronique

    Option « Electronique »

Réseau

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