Freelancer profile translated to English.
Back to original languageAbout Raphaël
As an embedded software engineer with 8 years of experience, I have acquired considerable expertise in the design, development, and maintenance of software for embedded systems. As a freelancer, I have also developed solid experience in project management, client communication, and autonomous problem-solving.
My approach involves working closely with clients to understand their needs and objectives, in order to design and develop customized software solutions that meet their specific requirements. I am capable of working on projects of all sizes, from individual projects to large-scale projects involving a development team.
I also have solid programming experience in several languages, including C, C++, Python, JavaScript... I have worked on a wide variety of embedded systems, ranging from microcontrollers to more complex embedded systems, such as real-time operating systems.
I am able to provide customized services, such as consulting, custom software development, training, and technical support. I am also able to work remotely, which means I can work with clients worldwide. My main goal is to provide high-quality software solutions and fully satisfy my clients' needs.
I can assist you with several types of missions, for example:
- Creation of a Proof of Concept (POC)
- Product development from A to Z
- Product functional architecture
- Embedded software architecture & development
- Technology watch & component selection
- Industrialization & Production
- Procurement & BOM optimization
- Skill internalization (recruitment, team building)
Do not hesitate to contact me!
See you soon!
French
Native or bilingual
English
Fluent
Spanish
Basic
Portuguese
Basic
Can work on-site
Marseille 6e Arrondissement (up to 50km), Paris (up to 50km), Lyon (up to 50km), Montpellier (up to 50km), Toulouse (up to 50km)
Experience
- Smices SurgicalElectronics / Embedded Software EngineerMEDICALAugust 2020 - Today (5 years and 10 months)Montpellier, FranceSMICES is a French company based in the South of France. Thanks to its in-depth knowledge of the surgical field, it offers pragmatic and efficient solutions to problems encountered in operating rooms.Context:The HubSafe Project:HUBSAFE is an electronic medical device that automates the filtration and evacuation of surgical smoke.Missions and Projects:- Write specifications- Research, design, and develop technical solutions to meet client needs- Design and develop the internal micro-software for the medical device- Develop a cauterization detection algorithm- Comply with IEC 62304 standard for Class A devices- Design software architecture- Define and execute associated unit tests- Write documentation- Create a testing and flashing station- Test, verify, resolve encountered issues, and validate- Be proactive in problem-solving and product improvement.Technical Environment:Communication Protocols:-I2C-UARTMicrocontrollers:-ATmega328pSoftware / Programming:-Embedded C-Doxygen-Repository/Versioning: GitKraken / GITMethods / Tools:-Windows / Linux-Oscilloscope
- TraxensElectronics / Embedded Software EngineerTECHDecember 2019 - February 2020 (2 months)Marseille, FranceThe Company:Traxens: Generate, collect, consolidate, enrich, and transform data into useful information.Traxens transforms the industrial supply chain by providing value-added data, analytics, and the expertise needed to offer clients complete visibility of their containers worldwide.Missions and Projects:- Develop an SDK (Software Development Kit) to make Traxens' developed technology available to other companies (Trax-net Mesh Networks + Wing4Trax Electronic Module).- Meet client demo schedule requirements.- Integrate existing software blocks into the SDK.- Design software architecture.- Define and execute associated unit tests.- Write documentation.- Test, verify, resolve encountered issues, and validate.- Be proactive in problem-solving and product improvement.Technical Environment:Communication Protocols:-Trax-net-UARTMicrocontrollers:-STM32 L1-ARM® Cortex®-M3Software / Programming:-CubeIDE-Eclipse-Doxygen-Embedded C-Repository/Versioning: GitKraken / GIT / Bitbucket-Atlassian / JiraMethods / Tools:-Cygwin-GDB Debugger-Frame Analyzer-Oscilloscope
- SAFRANElectronics / Embedded Software EngineerAVIATION AND AEROSPACESeptember 2019 - December 2019 (4 months)Aix-en-Provence, FranceThe Company:Originally, ISEI, a research and development company specializing in light aviation, offered the expertise of a team of engineers in embedded electronics, mobile computing, and Internet networks. It was acquired by SAFRAN S.E.D.Its flagship product: Helisafe, the innovative solution for automatic recording and transmission of flight parameters for safety, prevention, and improved aircraft maintenance.The primary objective of ISEI's acquisition by Safran S.E.D. is to create a new version of the flight data recording and transmission unit that complies with the latest aeronautical and safety standards, while improving performance.Missions and Projects:- Develop the data acquisition part of the recording and transmission unit (Reading various sensors / storage during Linux startup / communication and data offloading when Linux is operational).- Meet the demo schedule requirements of the first client.- Set up an internal GIT versioning server/client (Gikraken / Bonobo server).- Design software architecture.- Define and execute associated unit tests.- Write and update associated technical documentation.- Test, verify, resolve encountered issues, and validate.- Be proactive in problem-solving and product improvement.Technical Environment:Communication Protocols:-SPI-ARINC429 (aeronautical digital transmission protocol)-CAN 2.0-CAN FD (flexible data-rate)Electronic Components:- ARINC 429 SPI IC- SPI Clock ICMicrocontrollers:-ATMEL SAMV71-ARM® Cortex®-M7 running up to 300MHzSoftware / Programming:-Atmel Studio-Embedded C, Agile methodology-Repository/Versioning: GitKraken / GIT / Bonobo Git ServerMethods / Tools:-QRQC-ARINC 429 Simulator-Frame Analyzer-Oscilloscope
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Education
- Master's Degree in Electronics, Specialization in Sensors and Associated SystemsUniversité Montpellier 22015ORGANISATION DE LA FORMATION M1 - Électronique, Énergie Électrique, Automatique - profil CSA Physique des Composants 2 (2.5 crédits ECTS) Synthèse logique (2.5 crédits ECTS) Traitement du Signal Déterministe (2.5 crédits ECTS) Traitement du Signal Aléatoire (2.5 crédits ECTS) Génie Informatique 1 - Outils d'Acquisition et de Mesure (2.5 crédits ECTS) Génie Informatique 2 - Méthodologie et Projet de Prog pr EEA (2.5 crédits ECTS) Physique des Composants 1 (2.5 crédits ECTS) Electronique Analogique (5 crédits ECTS) Fibres Optiques & Lignes Micro-ondes (5 crédits ECTS) Principes & Pratiques Optiques et Micro-ondes (5 crédits ECTS) M1S2 Électronique, Énergie Électrique, Automatique - profil CSA Electronique Numérique (5 crédits ECTS) Capteurs et Traitement d'Image (5 crédits ECTS) Capteurs et Applications 1 (2.5 crédits ECTS) Capteurs et Applications 2 (2.5 crédits ECTS) Techniques de Communication M1 EEA (2.5 crédits ECTS) Projet M1 EEA & CMI (5 crédits ECTS) Stage M1 EEA & CMI (10 crédits ECTS) Anglais M1 EEA (2.5 crédits ECTS) M2 - Capteurs et Systèmes Associés Effets des radiations sur l'électronique (5 crédits ECTS) Assurance produit et développement (5 crédits ECTS) Logiciel embarqué (5 crédits ECTS) Capteurs thermiques & mécaniques / Chaine instrumentale (5 crédits ECTS) Vision Nocturne & Thermographie IR (5 crédits ECTS) Acquisition/ Syst embrq (5 crédits ECTS) Nanocaractérisation/Technologie du semiconducteur/MEMS (5 crédits ECTS) Réseaux de capteurs / Capteurs sans fils (5 crédits ECTS) M2S3 - Capteurs et Systèmes Associés - profil 2 Fiabilités (2.5 crédits ECTS) Electronique de puissance aéronautique (2.5 crédits ECTS) Biologie pour éléctronicien (2.5 crédits ECTS) Biocapteurs et microdispositifs (2.5 crédits ECTS) Capteurs thermiques & mécaniques / Chaine instrumentale (5 crédits ECTS) Vision Nocturne & Thermographie IR (5 crédits ECTS) Acquisition/ Syst embrq (5 crédits ECTS) Nanocaractérisation/Technologie du semiconducteur/MEMS (5 crédits ECTS) Réseaux de capteurs / Capteurs sans fils (5 crédits ECTS) M2S4 - Capteurs et Systèmes Associés Anglais M2 EEA (stage) (2.5 crédits ECTS) Découverte des métiers (2.5 crédits ECTS) Projet M2 EEA & CMI (10 crédits ECTS) Stage M2 EEA & CMI (15 crédits ECTS)
- Associate's Degree in Electrical Engineering, Electronics, and Industrial ComputingIUT de Nîmes2011