Papers
1
Total Citations
5
H-Index
1
About
Ziang Niu is a rising researcher in agricultural robotics and precision machinery, with a focus on the digital transformation of horticultural systems. His work centers on the design, modeling, and simulation of automated seedling handling equipment, particularly for vegetable production. Niu’s most cited paper, “Development and evaluation of digital twin model for rack and pinion drive vegetable seedling transmission device using Adams/MATLAB co-simulation” (2025, 5 citations), exemplifies his innovative approach: he integrates digital twin technology with co-simulation to optimize the mechanical performance of transmission devices used in seedling transplanting. This contribution addresses critical challenges in reducing seedling damage and improving operational reliability in automated greenhouses. By combining multibody dynamics (Adams) with control system modeling (MATLAB), Niu provides a replicable framework for virtual prototyping in agricultural machinery. Though early in his career, his work signals a growing emphasis on data-driven, simulation-based design in precision agriculture. His research holds practical implications for enhancing the efficiency and scalability of vegetable seedling production, a key bottleneck in modern horticulture.
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