Hailey Marcello

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About

Hailey Marcello is pioneering the integration of robotics into scientific user facilities, with a focus on automating sample management at advanced beamlines. Her key research areas span robotic control systems, adaptive automation, and the development of intelligent end-stations for synchrotrons and other large-scale scientific instruments. Marcello’s major contribution is the design of a "robotic beamline scientist" system, which seamlessly combines a sample database, ROS2 Action services, and Bluesky tooling to enable adaptive, autonomous sample handling. This work addresses a critical bottleneck in high-throughput experiments, reducing manual intervention and accelerating data collection. Her most-cited paper, "Robotic integration for end-stations at scientific user facilities" (2025), has already garnered 3 citations, signaling growing interest in her approach. Marcello’s achievements include creating a schematic architecture that serves as a blueprint for future robotic deployments in user facilities, bridging the gap between robotics and experimental science. Her work is particularly notable for its practical, scalable design, which promises to transform how researchers interact with complex instrumentation. For students and researchers, Marcello’s research offers a compelling vision of how robotics can enhance scientific discovery, making her a rising figure in the field of automated scientific infrastructure.