• HMI Touch Screen Programming (DWIN) on DGUS- Controlling the screen with STM32 and RP2040• Controlling the medical devices with ARM based microcontrollers- Getting and sending data by using I2C, UART, RS-485 communication protocols.•WebServer installation and interface design with Raspberry Pi 4.

R&D of LoRa communication technology-based project with RAK ​​module. Development of the RP2040 processor-based IoT project.FreeRTOS-based project development on ESP32.

Selection of sensors to meet system requirements.Communication and optimization of the sensor system.

Establishment of the communication system for the container and the payload to communicate with each other.Making sense of the data received from the carrier and the payload and sending it to the ground station.Optimization of the developed communication system.Saving the video from the payload to the SD card and simultaneous display on the ground station.

Designing motherboard which carries the power and communication systems of the sensors that will obtain the data determined within the satellite flight mission.It can be mounted directly to the satellite with its circular structure and mounting holes. With the DIP connection structure, quick and easy intervention is provided.Designed on Eagle.

Thanks to EXTENTECH very much for allowing me to develop myself on embedded systems and for providing all kinds of opportunities. - PCB design. - Making SMD and DIP component soldering of the PCBs which I designed. - Various communication protocols applications - STM32 programming.

Volunteer internship on repair of electronic cards, basic functions of components, circuit monitoring of electronic cards.