Software development: • Dev on Microchip dspic33 • Dev on Renesas RA • Creation of driver low level for µC (ADC, PWM, CAN...) • Tests, debug and validation on table and on final system • Dev of PC application in Python with GUI and CAN communicationSystem: • Test of boards on table with instrumentation (supply, oscilloscope, data analyser) • Wiring high voltage of battery system • Tuning of BMS in different types of vehicle (boat, bus, snow groomer… Show more Software development: • Dev on Microchip dspic33 • Dev on Renesas RA • Creation of driver low level for µC (ADC, PWM, CAN...) • Tests, debug and validation on table and on final system • Dev of PC application in Python with GUI and CAN communicationSystem: • Test of boards on table with instrumentation (supply, oscilloscope, data analyser) • Wiring high voltage of battery system • Tuning of BMS in different types of vehicle (boat, bus, snow groomer, bike) Show less

Sum up: Power converter design for the automotive sector (hardware and software).   • Development of product specifications   • DSP programming and microcontrollers   • Integration and wiring   • Creation of validation plan and implementation of test set-ups   • Experimentation for debugging and validation   • Test and troubleshoot electronic boardsSoftware development:    • Dev on Texas C2000/C6000 on Code Composer   • Dev on Infineon Aurix TC275 on… Show more Sum up: Power converter design for the automotive sector (hardware and software).   • Development of product specifications   • DSP programming and microcontrollers   • Integration and wiring   • Creation of validation plan and implementation of test set-ups   • Experimentation for debugging and validation   • Test and troubleshoot electronic boardsSoftware development:    • Dev on Texas C2000/C6000 on Code Composer   • Dev on Infineon Aurix TC275 on Eclipse   • Creation of driver low level for µC (ADC, PWM, CAN...)   • Implementation of XCP protocol on CAN (ECU calibration, flashing, live data reccording)   • Tests, debug and validation on table and power test bench (up to 250kW)   • Creation of tool to help the A2L file generation for XCP project in VBA (maybe Python later)   • Technical supervision of team of 3 persons   • Interface with client for aftersale questions (mail/ JIRA ticket)Hardware conception:    • Writing of requirements and validation plan   • Design of schematics and PCB on Altium Design   • Wiring and soldering on prototypes   • Test, debug and validation of prototypesValidation:    • Test of board on table with instrumentation ( supply, sinewage generator, oscilloscope, data analyser)   • Test ECU on table and power test bench Marvel up to 250kW   • Use of software to control ECU ( Pcan explorer, Inca)   • Use of software to control ECU ( Pcan explorer, IncaManagement/work in team   • Work in team for SW development of Formula E inverter   • Use of GIT and SVN for SW integration • Creation of WBS, SW planningProjects:    • HW, SW and validation of the DC/AC 11kW inverter (wireless automotive charger)   • SW and HW prototype validation for Formula E inverter 250kW   • SW architecture and SW dev for Marvel 3 (modular test bench for electronic validation)   • SW architecture and SW dev for automotive charger on GaN technology   • SW architecture and SW dev for advance research on Series inverter 120kW Show less

Development of simulation tools for DC / DC converters before design• Study of different converter topologies• Evaluation of the different components• Converters design on Matlab / Simulink / Simscape

Project: MJPEG video encoder on RX64M,• Project management for the feasibility study and specifications• C language programming for MJPEG encoding• Understanding the JPEG encoding algorithm

• Learning the C # language• Creating a graphical interface with Visual Studio software in C #• Use of Arduino-controlled sonar sensors in C• Implementation on a mobile robotic basis• Work in an English environment

• Formation sur la sécurité, la qualité, et l’hygiène• Travail en équipe pour assembler des pièces automobiles à la chaine• Travail à des horaires décalés en 3/8