• Designed and implemented an STM32-based RF signal receiver system capable of real-time signal processing, enhancing overall system responsiveness.• Employed averaging techniques and Kalman filtering to significantly improve RF signal clarity and overall performance.• Integrated I2C-based sensors and developed custom libraries to achieve precise localization of transmitters, optimizing system accuracy.• Proposed and implemented an active band-pass filter designed for 1.2 GHz to effectively reduce noise interference within the RF signal’s operating range, improving signal integrity.

• Developed and implemented test algorithms and firmware for the sensors integrated into the electronics control card of the HURKUS Missiont Aircraft Gun-pod using STM32 microcontroller.• Evaluated multiple ADC reading techniques for accuracy and precision, selecting the optimal algorithm based on comparative analysis to enhance data reliability.• Systematically documented data and generated a specialized lookup table, providing essential information to the test team for further analysis and validation.• Meticulously documented errors identified during testing, along with their root causes, and formally reported these findings to the test department for thorough investigation and resolution.