Olga Galtseva

National Research Tomsk State University

Papers

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About

Olga Galtseva is a leading researcher in non-destructive testing and robotic ultrasonic tomography, with a focus on advancing calibration methodologies for industrial inspection systems. Her most-cited work, "Method of Noncontact Calibration of the Robotic Ultrasonic Tomograph" (2016), introduces an innovative approach that leverages 3D scanning to construct precise robot-manipulator trajectories over test objects. This method dramatically accelerates the calibration process while preventing potential misalignments, addressing a critical bottleneck in automated ultrasonic inspection. With 11 citations, this paper has become a foundational reference for engineers seeking to enhance the accuracy and efficiency of robotic tomographic systems. Galtseva’s contributions are particularly impactful in sectors requiring high-precision defect detection, such as aerospace and manufacturing. Her work exemplifies the integration of robotics and sensor technology, offering practical solutions that reduce downtime and improve reliability in quality control. By streamlining calibration—a traditionally time-consuming step—she has enabled faster deployment of ultrasonic tomographs in real-world settings. Galtseva’s research continues to influence the development of smarter, more autonomous inspection systems, making her a notable figure in the field of applied robotics and non-destructive evaluation.