Embedded IoT Engineer
Réf. 2608260408 · 57070 Metz · 5 à 10 ans d'expérience
Coordonnées masquées — CV anonymisé par PMEBTP
Ma recherche
Je recherche tout type de contrat, sur toute la région Grand-Est, dans le Batiment.
Atouts et compétences
- Embedded C/C++
- VHDL
- FPGA
- RTOS
- MATLAB/Simulink
- LabVIEW
- Keil uVision
- ESPHome
- Code Composer Studio
- Eclipse IDE
- PCB Design (EAGLE
- KiCAD
- Altium
- OrCAD)
- SolidWorks
- CAD 3D Modeling & 3D Printing (Creality Ender 6)
- MPLAB‑X IDE & PIC32
- STM32 CubeMX
- ROS
- InfluxDB / Node‑RED / Grafana
- Plotly / Streamlit / Matplotlib
- Docker
- Linux (Ubuntu) & Windows
- Communication Protocols (SPI
- I2C
- UART
- CAN
- LIN
- I2S
- MQTT
- BLE
- USB
- Wi‑Fi
- Zigbee
- LoRa
- Modbus/TCP
- RS485
- RS232
- IP)
- Power Electronics (AC/DC)
- UWB (DW1000) localisation
- JupyterLab
- Git
- MS Office (Word
- Excel
- PowerPoint)
- Oscilloscope & Multimeter (test & validation)
- Security & Safety (EMC
- ESD
- EMI)
Langues
English (maternelle), French (courant)
Expériences professionnelles
Embedded IoT Engineer (Freelance Project)
Employeur confidentiel
Developed and integrated an IoT‑based radon monitoring system (sensor data acquisition, LTE/4G connectivity, secure MQTT transmission to AWS). Integrated RM‑75 radon sensor via UART with Arduino MKR NB1500. Developed firmware in C++ (Arduino IDE). Performed PCB integration, SD‑card logging and LTE/4G communication using AT commands.
Embedded IoT Engineer
Employeur confidentiel
Led an IoT platform for indoor air‑quality management (CO₂, PM2.5, VOC, Lux, temperature, humidity, relays, Shelly). Designed PCBs in KiCAD and firmware (ESP32/C++) with SPI/I2C/UART, Wi‑Fi, MQTT, ESPHome/RTOS, telemetry to InfluxDB, Node‑RED, Grafana. Managed Docker‑based ESPHome deployment, sensor calibration (LabVIEW), power/energy monitoring via Modbus, Zigbee, LoRa, RFID. Implemented AI‑Prophet predictions, SQL query automation, 2D/3D visualisations (Python/Matplotlib/Streamlit/Plotly), SolidWorks mechanical design and 3D printing, UWB localisation proof‑of‑concept.
Embedded Hardware Engineer
Employeur confidentiel
Designed full electronic hardware for a wearable medical device (IBraclet) to monitor impedance and stream encrypted data. Developed firmware (MPLAB, C++) for PIC32, implemented data‑acquisition, pressure sensing, lock‑in amplification, DDS signal generation and Howland current pump. Created PCB in KiCAD, 3D enclosures in SolidWorks, and integrated BLE communication.
Embedded Hardware Engineer
Employeur confidentiel
Engineered a PWM‑driven smart EGR actuator with shaft‑rotation sensing and LIN communication. Designed schematics in EAGLE, PCB layout, and MATLAB simulations for motor and temperature control. Reverse‑engineered EGR valve PCB for testing methodology development.
Formations
Bac +5
École Supérieure d'Ingénieurs en Génie Électrique (ESIGELEC)
Masters of Science in Electronic Embedded Systems
Bac +3
CVR College of Engineering
Bachelor of Engineering in Electrical and Electronics