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Jennifer Herman’s research focuses on the engineering and operational challenges of long-duration robotic missions on Mars, with key contributions to solar array performance, robotic arm operations, and evolving tactics for aging spacecraft. Her most-cited work, “The Mars surface environment and solar array performance” (2010, 19 citations), documents how the Mars Exploration Rovers (MER) surpassed three Martian years of solar array operation, breaking the Viking Lander’s record for robotic surface longevity—a milestone that underscored the resilience of solar-powered systems in harsh Martian conditions. In “Mars Volatiles and Climate Surveyor Robotic Arm” (2001, 15 citations), she detailed the design and function of the MVACS robotic arm, which enabled critical soil trenching and sample delivery for volatile analysis. Her later paper, “Mars Exploration Rovers 2004-2013: Evolving Operational Tactics Driven by Aging Robotic Systems” (2014, 11 citations), synthesizes a decade of adaptive strategies that kept Spirit and Opportunity operational far beyond their planned 90-day missions. Herman’s work has directly informed mission planning for extended robotic exploration, demonstrating how engineering ingenuity can overcome hardware degradation. Her contributions remain foundational for researchers designing future long-lived planetary surface missions.