Annette Steward

University of Louisiana at Lafayette, Virginia Cooperative Extension

Papers

Total Citations

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About

Annette Steward’s research career has been defined by pioneering contributions at the intersection of robotics, agricultural automation, and manufacturing. Her most cited work, “A flat surface robotic gripper for handling limp material” (1995, 27 citations), introduced a novel prototype gripper using suction and pressure differentials to reliably pick and place fabric—a foundational contribution to soft robotics and automated textile handling. This work demonstrated her early focus on designing robotic systems for delicate, non-rigid materials. Steward’s impact extends into agricultural economics and automation. Her highly regarded study “Robots Don't Get Sick or Get Paid Overtime, but Are They a Profitable Option for Milking Cows?” (2007, 14 citations) provides a rigorous cost-benefit analysis of robotic milking systems for large-scale dairies. Using the real-world case of Mason Dixon Farms, she evaluated a $6 million investment in 40 robotic units, offering critical insights into the economic viability of automation in livestock management. This work has influenced both academic research and industry decision-making. Steward’s career exemplifies how engineering innovation and economic analysis can together shape the future of automated systems.