Gerardo Antonio Idrobo-Pizo
Papers
3
Total Citations
51
H-Index
2
About
Gerardo Antonio Idrobo-Pizo is a robotics researcher specializing in automated repair systems for industrial hydraulic machinery. His core research areas include laser triangulation scanning, robotic welding, and 3D surface mapping for turbine blade restoration. Idrobo-Pizo's most significant contribution is a calibration method for laser triangulation sensors mounted on robot arms, enabling precise surface mapping of hydraulic turbine blades damaged by cavitation pitting and cyclic loading cracks. This work, published in 2019 with 45 citations, directly addresses the challenge of assigning accurate 3D coordinates for robotic welding repair. He further advanced this field by developing a specialized robotic system prototype that reduces human risk in hazardous repair environments, and by proposing a novel invariant feature descriptor for range image registration in welding applications. His research pipeline integrates edge detection, clustering, and mesh decimation techniques to improve surface reconstruction accuracy. Idrobo-Pizo's work bridges the gap between sensor calibration and practical industrial automation, offering tangible solutions for extending the lifespan of critical hydroelectric infrastructure while enhancing worker safety.
Research Focus
Key Achievements
Top Papers
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