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About

J. Brufau is a robotics and microengineering researcher whose work has made meaningful contributions to the field of microrobotics, particularly in the development of autonomous small-scale robotic systems for biological and nanomanipulation applications. Best known for the MICRON project — a landmark initiative exploring centimeter-scale autonomous robots capable of operating cooperatively in clusters — Brufau's research directly tackled the fundamental challenges of scaling effects and process integration in micro- and nanomanipulation environments. The flagship MICRON paper has accumulated 80 citations, reflecting its enduring influence on the microrobotics community. Beyond autonomous platforms, Brufau's work spans a diverse range of enabling technologies, including micro-cantilever sensing tools for contact detection, CMOS-integrated control circuits, atomic force microscopy (AFM) systems miniaturized for robotic platforms, and image-based motion characterization of ionic polymer-metal composite (IPMC) actuators. A recurring theme across this body of work is the ambition to bring sophisticated sensing and manipulation capabilities — traditionally confined to large laboratory instruments — into compact, mobile, and cooperative robotic systems. This vision positions Brufau's research at a critical intersection of robotics, materials science, and biomedical engineering, with particular relevance to cell manipulation and biological measurement applications.