Over the past decade, the global economy has entered a period of unprecedented transformation. Labor markets, long shaped by demographic cycles, political forces, and technological change, now face a convergence of structural pressures that is unlike anything observed in modern history. Artificial intelligence, once regarded as a distant frontier, has rapidly evolved into a generalpurpose technology that permeates production systems, service delivery, and decisionmaking processes across the world. As automation extends beyond routine tasks into cognitive and interpretive domains, the very foundations of work, employment, and human capability are being redefined.
This book, Labor Markets in the Age of AI, examines these transformations from a multidisciplinary perspective. It challenges the dominant narratives, whether utopian or dystopian, by demonstrating that labor market outcomes are not predetermined by technology. Rather, they are shaped by the interaction of demographics, institutional frameworks, education systems, governance choices, and firm strategies. Artificial intelligence has the capacity to enhance productivity, reduce frictions, and generate new forms of economic value. Yet it also carries the risk of exacerbating inequalities, amplifying skill mismatches, and weakening workers’ bargaining power if deployed without thoughtful guidance.
The first chapter sets the stage by mapping the contemporary labor landscape. It reveals a world characterized by tight labor markets in some regions and severe youth unemployment in others; by rising job vacancies in essential sectors alongside stagnation in wages and productivity; and by continued informality despite technological modernization. The balance between supply and demand is increasingly shaped by demographic decline in advanced economies, growing youth populations in developing regions, shifting migration patterns, and the widespread adoption of digital technologies. These trends create a complex ecosystem in which artificial intelligence does not arrive in a vacuum but interacts with preexisting structural tensions.
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