Andrzej Kubit
Papers
2
Total Citations
27
H-Index
2
About
Andrzej Kubit’s research centers on precision robotics and manufacturing, with a particular focus on how thermal conditions affect industrial robot performance. His major contributions lie in characterizing and mitigating temperature-induced positioning errors—a critical challenge for high-accuracy assembly tasks. In his most cited work, “Investigations of temperature-induced errors in positioning of an industrial robot arm” (2018, 20 citations), Kubit systematically analyzes how thermal fluctuations degrade robot repeatability. His follow-up study on assembling cylindrical parts (2018, 7 citations) demonstrates that once thermal conditions stabilize, these errors behave as systematic errors, enabling compensation strategies. This insight is vital for industries requiring micron-level precision, such as automotive and aerospace manufacturing. Kubit’s work bridges fundamental thermal mechanics with practical robotics, offering engineers a pathway to improve assembly reliability without costly hardware upgrades. His findings have been cited in subsequent research on robot calibration and thermal error modeling, underscoring their influence. By quantifying how heat impacts robotic positioning, Kubit has provided a foundation for more robust, temperature-aware automation systems—a key step toward smarter, more resilient factories.
Research Focus
Key Achievements
Top Papers
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