Alexandra Georgieva

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Total Citations

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About

Alexandra Georgieva is a researcher specializing in industrial robotics and advanced motor control systems. Her work focuses on enhancing the precision and efficiency of robotic manipulators used for mechanical processing of parts. Georgieva’s major contributions include developing novel control architectures that improve voltage waveform quality during speed regulation, a critical challenge for single-phase universal motors driven by three-phase frequency regulators. Her 2021 paper on this topic, which has garnered 3 citations, proposes a solution that reduces harmonic distortion and enhances operational stability. In her 2022 follow-up study (2 citations), she details an open-architecture hardware design for industrial robot control systems, emphasizing modularity and real-time performance. This work bridges the gap between theoretical control strategies and practical implementation, offering a blueprint for more adaptable manufacturing robots. While her citation counts are still growing, Georgieva’s research is foundational for engineers seeking to optimize robotic systems for precision machining tasks, demonstrating a clear trajectory of impact in the field of industrial automation and mechatronics.