Mindaugas Rybokas

Papers

Total Citations

H-Index

About

Mindaugas Rybokas is a researcher whose work sits at the intersection of precision metrology and mechatronic system design. His primary research areas include angle measurement systems, circular raster scales, and rotary encoders, with a focus on integrating mechanical and electronic components into cohesive mechatronic solutions. His most-cited paper, "Analysis of measurement system as the mechatronics system" (2010), addresses the critical task of determining bias in angle measuring standards like circular scales, offering a systematic framework for improving measurement accuracy. While his citation count of 3 reflects a specialized niche, his contributions are foundational for engineers and scientists working on high-precision instrumentation—fields where even minor improvements in calibration can have outsized impacts on manufacturing, robotics, and aerospace applications. Rybokas’s work exemplifies the practical value of mechatronic thinking, bridging theoretical analysis with real-world measurement challenges. For students and researchers exploring metrology or mechatronics, his research offers a clear, applied perspective on how to treat measurement systems as integrated, dynamic systems rather than isolated components.