Christopher M. Holbrook
Papers
2
Total Citations
129
H-Index
2
About
Christopher M. Holbrook is a leading innovator at the intersection of soft robotics, sensor technology, and aquatic animal telemetry. His research focuses on developing novel sensing platforms that bridge the gap between engineered systems and biological environments. Holbrook’s most notable contribution is the creation of screen-printed soft capacitive sensors capable of spatially mapping both positive and negative pressures—a breakthrough that has garnered 109 citations and addresses a critical gap in wearable device and robotics applications. This work enables more nuanced tactile sensing for soft robots and human-machine interfaces. In parallel, Holbrook has advanced aquatic ecology by characterizing the acoustic detection efficiency of gliding robotic fish as mobile receiver platforms for tracking aquatic animals, a study with 20 citations that informs the design of autonomous underwater vehicles for environmental monitoring. His interdisciplinary approach—combining materials science, mechanical design, and field biology—has produced tools that are both practically deployable and scientifically rigorous. Holbrook’s work is essential reading for researchers in soft robotics, bio-inspired engineering, and marine conservation, demonstrating how engineered sensors can unlock new insights into natural systems.
Research Focus
Key Achievements
Top Papers
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- 2