Chikage Fujikawa
Papers
3
Total Citations
8
H-Index
2
About
Chikage Fujikawa is a robotics researcher focused on developing novel bio-inspired mechanisms for extreme environment exploration, particularly for under-ice and extraterrestrial applications. Her primary research areas include ice-drilling robotics, flexible propulsion systems, and biomimetic locomotion for planetary and polar exploration. Fujikawa’s most significant contribution is the development of an earthworm-type ice-drilling robot designed for extensive under-sea-ice surveys in the Arctic Ocean. Her 2022 paper on ice-drilling and gripping experiments in actual conditions (4 citations) addresses the critical need for under-ice exploration tools to study climate change, overcoming the limitations of traditional AUVs with short communication ranges. She further advanced this concept in her 2023 work on components and basic evaluation of the earthworm-type ice-drilling robot (2 citations). Additionally, Fujikawa has explored grasping characteristics of flexible propulsion units using braid mechanisms for lunar exploration robots (2022, 2 citations), demonstrating her versatility in applying bio-inspired design across both aquatic and space environments. Her work represents an innovative approach to accessing and studying some of Earth’s most inaccessible environments, with direct relevance to climate science and planetary exploration.
Research Focus
Key Achievements
Top Papers
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