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Hongzhou Jiang is a leading researcher at the intersection of bio-inspired robotics, tensegrity structures, and soft robotics, with a particular focus on developing high-performance robotic fish. His major contributions center on the innovative use of tensegrity—structures that maintain their shape through a balance of tension and compression—to create robotic fish with tunable body stiffness, a critical factor in achieving efficient, fish-like swimming. His most cited work, "Swimming Performance of a Tensegrity Robotic Fish" (2019, 135 citations), introduced a novel robotic fish whose body is composed of rigid segments linked by tensegrity joints, enabling a unique combination of flexibility and structural integrity. This was followed by his influential study on "Body Stiffness Variation of a Tensegrity Robotic Fish" (2021, 89 citations), which demonstrated how antagonistic stiffness in a kinematically singular configuration can be used to actively modulate the robot's body properties, directly mimicking biological fish. Jiang’s research has not only advanced the fundamental understanding of fish locomotion, as seen in his comprehensive review "Research Development on Fish Swimming" (2022, 38 citations), but has also provided practical design principles for variable-stiffness mechanisms. His work is highly impactful, with his top papers collectively garnering hundreds of citations, establishing him as a key figure in the development of agile, bio-inspired underwater robots.