Develop and integrate advanced embedded systems using STM32 L4K14 microcontrollers with ARM Cortex-M4 core.Implement long-range, low-power wireless communication with LoRa technology for enhanced IoT applications.Integrate and optimize Maxon BLDC motors for precision control and high reliability.Utilize UART and CANopen protocols for efficient communication and control.

Real-Time Group, a dynamic organization with expertise in two core divisions: Development and Training. Within the Development Division, we offer cutting-edge technological solutions tailored to the unique needs of various companies. Simultaneously, our Training Division is dedicated to empowering individuals with the skills and knowledge needed to thrive in the high-tech industry.

Collaborated on a project at Navigicom, successfully implementing their system and proof of concept.Led the integration of innovative features for client projects, utilizing key technologies such as LoRa, ESP32, and the USRP E320 software-defined radio system.Managed and optimized various communication protocols, including UDP sockets and UART, enhancing system connectivity and performance.Developed software for drones on a multi-threading system, ensuring reliable data transmission and efficient operations.In charge of the integration and calibration process, ensuring seamless system functionality and accuracy.

Worked with SavorEat to implement and integrate their system.Developed middleware for ARM-based Linux (STM32 F767ZI with ARM Cortex-M7) using C/C++.Enhanced data transfers with DMA, improving response times and reducing CPU load.Incorporated interrupts to manage system tasks efficiently.Designed drivers for I2C, SPI, and UART on FreeRTOS for STM32 F767ZI.Completed software projects focusing on multi-threading and database integration.Collaborated with the hardware team to ensure smooth integration, solving complex issues.Developed an API for engine programming, supporting CAN bus and RS485 (iEM-RS2323 motor, NEMA 23XX series).