Papers
14
Total Citations
145
H-Index
8
About
Andrei Vorotnikov’s research sits at the critical intersection of industrial robotics and precision medicine, where he develops quantitative frameworks to compare robotic and human performance in high-stakes surgical and manufacturing tasks. His work is unified by a central question: how do we rigorously measure and validate that a robot’s movement is not just repeatable, but truly superior to a skilled human’s? Vorotnikov has pioneered the use of cutting velocity accuracy and standard deviation from a given trajectory as core criteria for this comparison, applying these metrics to domains ranging from maxillofacial surgery to laser cutting in the medical industry. His most cited papers (each garnering 15–18 citations) establish these benchmarks, while his later work advances the practical implementation of robotic surgery, including a prototype probe that combines a force sensor and diode laser for precise gum tissue cutting. By also contributing to industrial robot calibration—using laser trackers and geometrical models to improve absolute accuracy—Vorotnikov bridges the gap between factory-floor precision and the operating room, demonstrating that the same principles governing a robot’s weld path can guide a surgeon’s laser incision.
Research Focus
Key Achievements
Top Papers
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