Chenyang Zhu

Papers

Total Citations

H-Index

About

Chenyang Zhu is an emerging researcher specializing in underwater robotics, with a focused research agenda centered on the design, control, and practical deployment of remotely operated vehicles (ROVs) for aquaculture and marine applications. His most recognized work addresses the engineering challenge of automating sea cucumber harvesting — a commercially significant yet physically demanding underwater task — through the development of purpose-built robotic systems capable of reducing operational costs and human labor requirements. With 9 citations on his leading paper, Zhu has begun establishing a foothold in the niche but growing field of aquaculture robotics. Beyond hardware design, his research extends into the computational modeling of ROV dynamics, employing Simulink-based simulation environments to study the complex interplay of forces and torques acting on underwater vehicles, ultimately informing more robust trajectory planning and motion control strategies. Though early in his research career, Zhu's consistent focus on bridging theoretical robotics with real-world marine harvesting applications reflects a clear and practical research vision. His work holds particular promise as global demand for automated aquaculture solutions continues to grow alongside advances in underwater systems engineering.