Emily-Jane Rolley-Parnell

Papers

Total Citations

H-Index

About

Emily-Jane Rolley-Parnell is a pioneering roboticist whose work bridges intuitive human-robot interaction and precision agricultural automation. Her research centers on two transformative areas: bi-manual teleoperation systems and soft robotics for sustainable farming. In her highly cited 2018 paper (42 citations), Rolley-Parnell introduced a groundbreaking bi-manual articulated robot teleoperation framework that leverages low-cost RGB-D sensors like the ASUS Xtion PRO. By extracting 3D human skeleton data in real time, she enabled natural, dual-arm control of robots—democratizing advanced teleoperation beyond expensive motion-capture labs. This work has profound implications for hazardous environment operations and assistive robotics. Equally impactful is her 2019 study (19 citations) on a soft manipulator robot for selective tomato harvesting. Addressing the critical challenge of labor costs—which can exceed 50% of producer expenses—Rolley-Parnell designed a compliant, gentle gripper capable of picking delicate fruit without damage. Developed in collaboration with Shanghai tomato growers, this innovation directly tackles food security and agricultural sustainability. Her contributions exemplify how accessible sensing and soft robotics can reshape industries, from manufacturing to farming, making her a rising leader in human-centered and field-deployable robotics.