À propos de Alexandra
Français
Bilingue ou natif
Anglais
Capacité professionnelle complète
Espagnol
Capacité professionnelle complète
Expériences
- Fresenius KabiMecatronics Embedded Engineer - I&D / R&DSECTEUR MÉDICALoctobre 2020 - décembre 2021 (1 an et 2 mois)Grenoble, FranceFresenius Kabi Innovation & Development (I&D) departmentMecatronic team dedicated to design and maintenance of Medical DevicesEmbedded Electronic specialist for Syringe Pump, Volumetric pump and other Fresenius devicesClosely related to mechanical design and software due to the functions embedded in our devicesAlso data management, interpretation and analysis
- ALTENEmbedded Systems EngineerAGENCE & SSIImars 2019 - octobre 2020 (1 an et 7 mois)Lyon, FranceConsultant for Volvo Trucks and Renault Trucks
- VolvoEmbedded Systems EngineerAUTOMOBILEmars 2019 - octobre 2020 (1 an et 7 mois)St.-Priest, FranceVolvo Aftermarket DiagnosticImproved the diagnostic tool based on electrical evolutionsWorked in Agile team with Safe methodology and TFS toolDeveloped automated diagnostic to improve reliability
Recommandations
Soyez le premier à recommander Alexandra
Contribuez à la réussite de ce freelance en partageant votre expérience de collaboration avec lui.
Ces profils de freelance correspondent également à vos critères
Agatha Frydrych
Backend Java Software Engineer
4.7
(3)
2
Baptiste Duhen
Fullstack developer
4.6
(4)
5
Amed Hamou
Senior Lead Developer
4
(2)
7
Audrey Champion
Web developer
4.3
(3)
4
Formations
- Data ScientistMines Paris2023Data Science
- Biomedical engineering, Specialized in Electronics, Nanotechnologies and Embedded SystemsPolytech Lyon2018Activities and associations : 2017 - Head of Innovation department of the APLEB biomedical association of Polytech Lyon. - Created a partnership with the Lyon Institute of Nanotechnology (INL). Started a first project together on the embedded station ActimedARM. Developed algorithms and Bluetooth communication to detect and classify human activities. 2016 - Built a robotic arm, modeled with Solidworks and 3D printed. Controlled by Arduino and Leap Motion to reproduce movements in real time. ---------------------------------------------------------------------------------------- Learnings: - Embedded systems: microcontroller (C), FPGA (VHDL) - Medical devices: risk management, regulations, standards, industrialization, design, production - Electronics, electromagnetics, computer science and signal processing - Orthopedic materials and systems: biomechanics, joint prostheses, technical file, CE marking, process validation, instrumentation - Nanotechnologies: in-vivo optical imaging, nano-markers - Microfluidics: BioMEMS, Lab-on-a-chip - Automation of medical biology laboratories - Quality and software project management: V cycle, specifications, software architecture file, detailed design file, tests, C++. - Biomedical optics: lasers, spectroscopy, optoelectronics - Management, law, HR, corporate social responsibility - Ionizing Radiation, MRI, US, Ultrasound, Nuclear Medicine - Hospital maintenance, health economics
Certifications
- DataScientest first exam (Python)Datascientest.com2022
- Python for Data ScienceDatascientest.com2022