Shaohua Meng

China Aerospace Science and Technology Corporation

Papers

Total Citations

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About

Shaohua Meng’s research centers on robotic assembly systems for aerospace applications, with a particular focus on end-effector design and automation in spacecraft manufacturing. Their most-cited work, “Design of an End-effector for Spacecraft Automatic Assembly Robot” (2019), addresses critical challenges in handling large-weight equipment—such as poor flexibility, collision risks, and low efficiency inherent in traditional manual hoisting methods. By developing specialized robotic end-effectors, Meng contributes to safer, more precise, and more efficient assembly processes for spacecraft, a field where even minor improvements can have significant operational and cost implications. Although their citation count is currently modest (2 citations for this key paper), the work represents foundational progress in a niche but vital area of space technology. Meng’s research bridges mechanical design and automation, offering practical solutions that could reduce human error and enhance productivity in high-stakes aerospace environments. This work is particularly relevant for researchers and engineers seeking to advance robotic integration in space assembly lines, where reliability and precision are paramount.