02.03.2026 aktualisiert
100 % verfügbar
Senior Embedded Software Engineer | SW-Entwickler | C/C++ | ARM Cortex | RTOS | IoT | FPGA
Witten, Deutschland
Weltweit
B.Sc. Computer EngineeringSkills
C (Programmiersprache)ArduinoBluetooth Low EnergyC#C++KommunikationsprotokolleDatenübertragungenGerätetreiberDigitale SignalverarbeitungEmbedded C++Embedded SystemsEmbedded LinuxEthernetFPGAFreertos
C, C++
Microcontroller
STM32 MCU
ESP32 MCU
Nordic Semi MCU
TI MSPM MCU
Arduino MCU
freeRTOS
Zephyr RTOS
Embedded Linux
Bare Metal
No-Os
Communication Protocols: i2c, spi, uart, 1-wire, jtag, pci-e, ethernet, udp, tcp/ip, can
Real time systems
Multithreading
Verilog, Vhdl
Embedded Development
C#
Python, Java
Yocto, Petalinux
Microcontroller
STM32 MCU
ESP32 MCU
Nordic Semi MCU
TI MSPM MCU
Arduino MCU
freeRTOS
Zephyr RTOS
Embedded Linux
Bare Metal
No-Os
Communication Protocols: i2c, spi, uart, 1-wire, jtag, pci-e, ethernet, udp, tcp/ip, can
Real time systems
Multithreading
Verilog, Vhdl
Embedded Development
C#
Python, Java
Yocto, Petalinux
Erfahrung
Berufserfahrungmehr als 10 Jahre
Freelancer seit2022
Sprachen
DeutschverhandlungssicherEnglischverhandlungssicherTürkischMuttersprache
Projekthistorie
• Contributed to board bring-up and implemented drivers for MSPM0 MCU and ZYNQ PS (Bare Metal - ARM Cortex-A9), including Clock Generator (I2C), Power Monitor (I2C), DAC43701 (I2C), Synthesizer (SPI), DAC AD9779A (SPI), and Modulator LTC5589 (SPI).
• Diagnosed hardware issues using tools like an oscilloscope, logic analyzer, multimeter, and microscope.
• Conducted hardware fixes, including soldering and desoldering, to ensure project continuity
• Diagnosed hardware issues using tools like an oscilloscope, logic analyzer, multimeter, and microscope.
• Conducted hardware fixes, including soldering and desoldering, to ensure project continuity
Urologic Irrigation Device (IoT project):
- Developed using ESP32 and NRF52840 (DK and Dongle). - Transferred data to the cloud via Wi-Fi 6 and integrated BLE communication between Nordic and ESP32. - Designed battery-powered, power-optimized IoT devices. - Used Zephyr RTOS, FreeRTOS, I2C, SPI, UART, accelerometer, color sensor, load cell, hall sensor, smart battery and external ADC.
- Developed using ESP32 and NRF52840 (DK and Dongle). - Transferred data to the cloud via Wi-Fi 6 and integrated BLE communication between Nordic and ESP32. - Designed battery-powered, power-optimized IoT devices. - Used Zephyr RTOS, FreeRTOS, I2C, SPI, UART, accelerometer, color sensor, load cell, hall sensor, smart battery and external ADC.
Blood Oxygenation Device Prototype:
- Integrated sensors: flow, bubble, CO2, O2, and pressure. - Employed STM32 microcontroller for control and data processing. - Developed proprietary control loop for motors, pumps, gas flow, and blood pressure.
- Integrated sensors: flow, bubble, CO2, O2, and pressure. - Employed STM32 microcontroller for control and data processing. - Developed proprietary control loop for motors, pumps, gas flow, and blood pressure.
Portfolio
exali Berufshaftpflicht-Siegel
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Versichert bis: 01.11.2026