As an Embedded Firmware Engineer with hands-on experience in developing sophisticated firmware solutions, I am passionate about creating innovative technologies that drive precise and reliable systems. My journey has taken me from developing firmware for modular Rheometers at Anton-Paar Germany GmbH to designing an IMU emulator for ZF Friedrichshafen, showcasing my ability to tackle complex challenges with a keen eye for detail.At Anton-Paar, I played a key role in enhancing rheological investigations by contributing to the firmware of a highly modular Rheometer, ensuring compatibility with over 200 accessories and supporting 100+ test templates. My work on the STM32 MCU involved low-level coding, driver development, and system reliability enhancements through advanced error management. I thrive in collaborative environments, having worked closely with senior engineers in Large-Scrum Agile teams, where I contributed to high-quality, platform-independent solutions.During my Master's thesis at ZF Friedrichshafen, I developed an Inertial Measurement Unit (IMU) emulator using an ARM-based dual-core MCU. This project honed my skills in bare-metal programming, real-time operating systems, and inter-processor communication, reflecting my ability to innovate in both research and applied settings.As a Work Student at ZF, I further solidified my expertise in sensor data acquisition and analysis, demonstrating a strong foundation in embedded systems and a commitment to excellence. My approach is always methodical, detail-oriented, and driven by a genuine passion for advancing technology.