Alexandra Holloway

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About

Dr. Alexandra Holloway is a pioneering roboticist and human-computer interaction researcher whose work bridges the critical gap between human operators and remote robotic systems. Her primary research areas include teleoperation, human-robot interaction under time delay, and space robotics software engineering. Dr. Holloway's most influential contribution, "Measuring operator anticipatory inputs in response to time-delay for teleoperated human-robot interfaces" (2014, 14 citations), identifies an underexplored design opportunity for building more intuitive robotic teleoperation interfaces. This work is foundational for controlling space instruments, piloting remote aircraft, and operating search and rescue robots, where efficient user interaction under communication lag is paramount. Her notable achievement includes leading the "Integration of an Arm Kinematics Hot Patch Onboard the Curiosity Rover" (2021, 5 citations), a critical flight software update for NASA's Mars Science Laboratory mission. This hot patch—a modification of running software in RAM—demonstrated her expertise in real-time space systems engineering, ensuring the Curiosity rover's continued scientific operations on Mars. Dr. Holloway's unique combination of human factors research and practical space robotics deployment makes her a vital figure in advancing how humans control distant machines, from Earth-bound drones to interplanetary explorers.