Erick Nieves
Papers
5
Total Citations
53
H-Index
5
About
Erick Nieves is a robotics researcher whose work centers on industrial robot calibration, automation systems, and precision manufacturing. His research has made meaningful contributions to the challenge of improving positional accuracy in industrial robot manipulators — a critical concern in modern manufacturing environments where even small joint offsets can compromise performance. Nieves is perhaps best known for pioneering laser-based calibration techniques. His 2012 paper introducing a reflected laser line approach garnered 18 citations and proposed an entirely novel, automated method for calibrating industrial robots, moving the field away from cumbersome, user-unfriendly systems. Building on this foundation, he developed position sensitive devices and multi-position laser alignment strategies, with subsequent papers earning 12, 11, 7, and 5 citations respectively — demonstrating a sustained research trajectory rather than a single isolated contribution. A recurring theme across his work is accessibility and automation: Nieves consistently sought to make calibration tools faster, more intuitive, and deployable in real industrial settings. His introduction of virtual linear constraints for joint zero-offset identification further showcases his systematic, problem-driven approach. Collectively, his publications represent a cohesive body of work that has meaningfully advanced automated robot calibration methodology, making him a noteworthy contributor to applied robotics and intelligent manufacturing systems.
Research Focus
Key Achievements
Top Papers
- 1A reflected laser line approach for industrial robot calibration18 citations · 2012
- 2
- 3Industrial Robot Calibration Using a Virtual Linear Constraint11 citations · 2012
- 4
- 5
Key Collaborators
Related papers
- Laser beam multi-position alignment approach for an automated industrial robot calibration
- A reflected laser line approach for industrial robot calibration
- Robot control system for multi-position alignment used to automate an industrial robot calibration approach
- Development of a position sensitive device and control method for automated robot calibration
- Low‐cost and automated calibration method for joint offset of industrial robot using single‐point constraint
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