Abstract
his master's thesis, entitled "Smart Cities: Boosting Economic Growth through Innovation and Efficiency," embarks on an exploration of the transformative potential of smart urbanization in the face of global challenges. Envisioning cities as dynamic ecosystems fueled by technology, sustainability, and effective governance, the research delves into historical roots and theoretical frameworks across urban planning, technology, economics, and governance. The thesis invites readers on a journey through smart infrastructure, digital connectivity, and data-driven governance, illustrating how smart cities function as both innovation hubs and catalysts for economic dynamism. The conclusion draws insights from a comprehensive exploration spanning six countries from 2000 to 2021, interpreting data as a narrative that unveils the complexity of economic relationships. Emphasizing the multifaceted nature of these connections, the conclusion provides guidance to policymakers and researchers, urging a focus on theoretical implications, diagnostic test results, and a holistic perspective on the transformative potential of technological infrastructure, particularly smart cities, in fostering economic development.
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