Automated Futures: Examining the Promise and Peril of AI on Jobs, Productivity, and Work-Life Balance

Automation and artificial intelligence (AI) could fundamentally alter the nature of work going forward. This paper researches historical antecedents of technological advances, analyzes contemporary factual data on artificial intelligence adoption, and evaluates optimistic and pessimistic projections to estimate possible implications on employment, productivity, and work-life balance. Although artificial intelligence promises enhanced efficiency and flexibility, concerns about technological unemployment and equitable sharing of advantages remain. Following a foundation in the foundations of artificial intelligence and machine learning, the book examines important technical advancements since the Industrial Revolution, which initially supplanted professions before driving more general economic growth. Historical experiences suggest that, even if temporary labor displacement is unavoidable, significant technological integration typically leads to increased net job creation. Still, the speed and transformational power of artificial intelligence adoption present unique difficulties. Real-world implementation of AI currently remains relatively concentrated in tech sectors and advanced economies, though use cases are multiplying across manufacturing, services, logistics, and office work. Positive views are supported by first pilot tests of AI-enabled four-day workweeks and automated processes showing increased productivity and output. Still, quite different projections for effects on the labor force result from inadequate longitudinal data and uncertainty in projection models. Under optimistic projections, industry leaders such as Jamie Dimon of JPMorgan contend artificial intelligence might bring about a paradigm change toward three-day weekends and considerably greater work-life balance for individuals while increasing corporate profits. Yet other simulations model catastrophic job losses from automation, imperiling incomes for less skilled workers. Separating overblown hopes from worries is still difficult. The report thus emphasizes the need for evidence-based, ethical policymaking to control artificial intelligence systems and smooth labor changes. Emphasizing developing creative, social-emotional, and entrepreneurial competencies less vulnerable to automation, recommendations include massive public and private investment in vocational retraining programs and portable benefits decoupled from traditional full-time employment and possible universal basic income schemes. Although artificial intelligence will create both immediate dislocations and long-term opportunities, its effects mostly depend on strategic decisions made by governments, businesses, teachers, and society concerning priorities, values, and assisting affected communities. Responsible implementation has the upside potential to fulfill rising expectations for deliberate, balanced lifestyles and raise standards of living.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-12-25
DOI
https://doi.org/10.5281/zenodo.14544519
Citations
3
Primary Topic
Animal Nutrition and Physiology
Type
article
Field-Weighted Citation Impact
1.02
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article

Automated Futures: Examining the Promise and Peril of AI on Jobs, Productivity, and Work-Life Balance

3 citations
Zenodo (CERN European Organization for Nuclear Research)
Animal Nutrition and Physiology
1.02
article

Automated Futures: Examining the Promise and Peril of AI on Jobs, Productivity, and Work-Life Balance

article en
3 citations

Abstract

Automation and artificial intelligence (AI) could fundamentally alter the nature of work going forward. This paper researches historical antecedents of technological advances, analyzes contemporary factual data on artificial intelligence adoption, and evaluates optimistic and pessimistic projections to estimate possible implications on employment, productivity, and work-life balance. Although artificial intelligence promises enhanced efficiency and flexibility, concerns about technological unemployment and equitable sharing of advantages remain. Following a foundation in the foundations of artificial intelligence and machine learning, the book examines important technical advancements since the Industrial Revolution, which initially supplanted professions before driving more general economic growth. Historical experiences suggest that, even if temporary labor displacement is unavoidable, significant technological integration typically leads to increased net job creation. Still, the speed and transformational power of artificial intelligence adoption present unique difficulties. Real-world implementation of AI currently remains relatively concentrated in tech sectors and advanced economies, though use cases are multiplying across manufacturing, services, logistics, and office work. Positive views are supported by first pilot tests of AI-enabled four-day workweeks and automated processes showing increased productivity and output. Still, quite different projections for effects on the labor force result from inadequate longitudinal data and uncertainty in projection models. Under optimistic projections, industry leaders such as Jamie Dimon of JPMorgan contend artificial intelligence might bring about a paradigm change toward three-day weekends and considerably greater work-life balance for individuals while increasing corporate profits. Yet other simulations model catastrophic job losses from automation, imperiling incomes for less skilled workers. Separating overblown hopes from worries is still difficult. The report thus emphasizes the need for evidence-based, ethical policymaking to control artificial intelligence systems and smooth labor changes. Emphasizing developing creative, social-emotional, and entrepreneurial competencies less vulnerable to automation, recommendations include massive public and private investment in vocational retraining programs and portable benefits decoupled from traditional full-time employment and possible universal basic income schemes. Although artificial intelligence will create both immediate dislocations and long-term opportunities, its effects mostly depend on strategic decisions made by governments, businesses, teachers, and society concerning priorities, values, and assisting affected communities. Responsible implementation has the upside potential to fulfill rising expectations for deliberate, balanced lifestyles and raise standards of living.

Zenodo (CERN European Organization for Nuclear Research)
Decent work and economic growth
Openalex Percentile: Top 24%
Animal Nutrition and Physiology
1.02
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