Sang-Do Park

Papers

Total Citations

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About

Dr. Sang-Do Park is a leading researcher at the intersection of industrial automation, environmental economics, and sustainable development. His work fundamentally explores how technological innovation—particularly the deployment of industrial robots—can drive green total factor productivity and high-quality economic growth. In his most cited study, "Industrial Robots and Green Productivity: Evidence from Global Panel Data on High-Quality Economic Development," Park provides groundbreaking empirical evidence that automation can simultaneously enhance energy efficiency, reduce emissions, and bolster economic output. This research addresses a critical gap in the literature by moving beyond traditional productivity metrics to examine the environmental dividends of robotics. With over 1,000 citations, his work has become a cornerstone for policymakers and scholars seeking to reconcile industrial advancement with ecological sustainability. Park’s contributions are particularly timely amid global demographic shifts and rising air pollution concerns, offering a data-driven framework for nations to leverage automation as a tool for green transformation. His research not only advances academic discourse but also provides actionable insights for crafting policies that align industrial growth with environmental stewardship.