Camille Palmer
Papers
3
Total Citations
57
H-Index
2
About
Camille Palmer is a pioneering researcher at the intersection of soft robotics and nuclear engineering, whose work is redefining how we approach hazardous environments. Her primary research areas include the development of radiation-tolerant soft robots, modular sensor integration, and advanced dosimetry for nuclear infrastructure inspection. Palmer’s major contribution lies in demonstrating that soft robots—with their unique body morphing, compliance, and energy absorption—can reliably operate in extreme radiation fields where traditional rigid robots fail. Her landmark 2019 paper, cited 50 times, provided the first systematic evaluation of 3D-printed soft robots against molded counterparts in radiation environments, establishing a new paradigm for remote inspection and clean-up. She further advanced the field by developing stretchable wires for modular sensor integration, enabling compliant electronic components for real-time radiation spectroscopy. Her 2024 work on MCNP and Microshield comparisons quantifies dose savings for remote transuranic contamination characterization, offering practical pathways to reduce worker exposure. Palmer’s research has profound implications for nuclear decommissioning, space exploration, and disaster response, positioning her as a key innovator in safe, autonomous operations within the most challenging environments.
Research Focus
Key Achievements
Top Papers
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