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About

Jordi Colomer‐Farrarons is a pioneering figure in the miniaturization of robotic and electronic systems, with a core focus on micro- and nanorobotics, integrated circuit design, and autonomous systems for bioengineering. His major contributions lie in developing the foundational electronics that enable centimeter- and millimeter-scale robots to operate independently. Notably, he designed the power supply and high-voltage biasing systems—including charge pumps and low-dropout regulators—for groundbreaking projects like the I-SWARM (Intelligent Small World Autonomous Robots for Micro-manipulation) and the MiCRoN robot, a 1 cm³ platform for micro- and nanomanipulation. His work on a reduced-dimensions autonomous AFM system for microbiorobotics further showcases his ability to integrate sensing and control into ultra-compact platforms. While his citation counts (ranging from 2 to 5) reflect a specialized, emerging field, his designs are critical enablers for next-generation biomedical tools, from cellular manipulation to in-situ diagnostics. Colomer‐Farrarons’ research represents a vital bridge between advanced electronics and the physical constraints of autonomous microrobots, laying the groundwork for future innovations in minimally invasive bioengineering.