Papers
2
Total Citations
36
H-Index
2
About
Tierui He is a roboticist whose research focuses on dexterous manipulation and automated bin picking—critical challenges in industrial and service robotics. His major contributions center on developing novel strategies for grasping objects that are notoriously difficult to handle, particularly thin, rigid items lying flat or in clutter. In his highly cited 2021 work, "Dig-Grasping via Direct Quasistatic Interaction Using Asymmetric Fingers," He introduced a method that simultaneously singulates and picks objects from bins, achieving effective bin picking for thin-profile items—a long-standing problem in manufacturing and logistics. This paper has garnered 23 citations, reflecting its impact on practical automation. His earlier 2020 paper, "Picking Thin Objects by Tilt-and-Pivot Manipulation," with 13 citations, pioneered a tilt-and-pivot technique that uses in-hand manipulation to reorient grippers around contact points, enabling precise picking from flat surfaces. Together, these works demonstrate He’s ability to bridge theory and application, offering scalable solutions for warehouses and assembly lines. His research is notable for its focus on quasistatic interactions and asymmetric finger designs, which enhance reliability without complex sensing. For students and researchers, He’s work exemplifies how creative mechanical design and manipulation planning can solve real-world grasping challenges.
Research Focus
Key Achievements
Top Papers
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