Haili Jiang

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About

Haili Jiang is an emerging researcher specializing in construction robotics and automation, with a focus on developing intelligent mechanical systems to address longstanding challenges in the building and civil engineering industries. Their most notable work centers on the structural design of an autonomous mobile rebar-tying robot, a fully automated system engineered to replace the labor-intensive and inefficient process of manual rebar tying on construction sites. This innovative robot, compact at 970 mm × 660 mm × 520 mm, integrates three core functional modules, including a self-adaptive wheel system for longitudinal movement capable of accommodating variable rebar spacing — a practical solution that demonstrates a strong understanding of real-world construction constraints. By targeting the intersection of mechanical design, autonomous mobility, and construction site efficiency, Jiang's research contributes to the broader movement toward smart construction and industry automation. Though early in their citation trajectory with one citation to date, the applied nature and practical significance of this work positions Jiang as a promising contributor to the field of construction robotics, with research that holds clear potential for meaningful industry adoption and academic influence.