Meysam Taghavi
Papers
7
Total Citations
137
H-Index
5
About
Meysam Taghavi is a pioneering researcher at the intersection of construction robotics, automation, and human-assistive technologies, with a particular focus on advancing safety and efficiency in high-risk construction environments. His most influential work centers on cable-driven parallel robots (CDPRs), where his dynamic analysis of high-precision construction applications has garnered 45 citations, establishing foundational principles for deploying such systems in real-world building tasks. Taghavi has made significant contributions to the automation of curtain wall module installation — a notoriously dangerous and labor-intensive process — developing both the robotic systems and specialized modular end effectors that make autonomous façade installation practically viable. Beyond mechanical systems, Taghavi has demonstrated a broad systems-thinking approach, developing a technology management framework for single-task construction robots that has attracted 41 citations, providing industry practitioners with structured methodologies for robotic development projects. His research on robotic exoskeletons in the Hong Kong construction context further highlights his commitment to human-centered innovation, exploring how wearable technology can empower workers rather than replace them. Across his portfolio, Taghavi's work reflects a consistent mission: making construction smarter, safer, and more sustainable through thoughtful integration of advanced robotics and engineering design.
Research Focus
Key Achievements
Top Papers
- 1Dynamic analysis of high precision construction cable-driven parallel robots45 citations · 2019
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- 5Cable-Driven Parallel Robot for Curtain Wall Modules Automatic Installation12 citations · 2018
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