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About

Dennis Sylvester is a pioneering researcher at the forefront of ultra-low-power integrated circuit design and micro-robotics, whose work is reshaping what is possible at the intersection of miniaturized computing and autonomous systems. His research focuses on sub-millimeter-scale robotic systems, energy-efficient system-on-chip (SoC) architectures, and the integration of sensing, processing, communication, and actuation into microscopic platforms. Sylvester's most celebrated contributions include the development of fully autonomous micro-robotic vision SoCs — most notably RoboVisio — fabricated in 22nm technology and achieving remarkable energy efficiency of 3.5 TOPS/W with embedded MRAM for on-chip weight storage. His team has also advanced programmable matter through innovative high-voltage generation and multiplexing circuits for electrostatic actuation, operating at nanowatt power levels. Perhaps most ambitiously, his group has demonstrated complete integrated CMOS systems occupying just 210×340×50 μm³, combining energy harvesting, sensing, processing, and actuation in a single chip. With citations spanning his recent publications and groundbreaking work published as recently as 2025, Sylvester's research is driving a new era of microscale robotics with genuine onboard intelligence.