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About

Dino Di Carlo is a trailblazer in microfluidics, mechanobiology, and lab-on-a-chip technologies, with a career defined by transformative contributions to automated fluidic systems and cellular engineering. He pioneered the development of ferrobotic systems—magnetic swarm robots that enable massively parallelized, automated microfluidic logistics for applications in medical diagnostics, viral testing, and drug development. His 2020 paper on ferrobotic systems (124 citations) and 2022 work on ferrobotic swarms for automated viral testing (95 citations) highlight his impact in creating accessible, adaptable platforms that address critical bottlenecks in high-throughput biology. Di Carlo also advanced flow lithography for structured microparticles (31 citations), enabling "lab on a particle" technologies for multiplexed diagnostics and single-cell analysis. A champion of interdisciplinarity, he bridges engineering and biology, famously noting that mechanical forces—once dismissed—are central to cellular and tissue behavior. With over 30,000 citations and numerous awards, including the NIH Director's New Innovator Award, Di Carlo’s work reshapes how researchers manipulate fluids and cells at small scales, making him a leading figure in micro- and nano-scale bioengineering.