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This book explores how artificial intelligence disrupts the cognitive foundations of human expertise. It introduces the AI-Competency Ceiling and the Procedural Memory Paradox—concepts that explain how AI-assisted performance accelerates early skill acquisition while impeding mastery. Drawing from neuroscience, skill acquisition theory, and over 150 years of technological disruption, the book presents a revised Dreyfus model, and case studies from Netflix to Toyota demonstrating the core messages of the book. It offers strategic frameworks for preserving cognitive capital, including Strategic…mehr

Produktbeschreibung
This book explores how artificial intelligence disrupts the cognitive foundations of human expertise. It introduces the AI-Competency Ceiling and the Procedural Memory Paradox—concepts that explain how AI-assisted performance accelerates early skill acquisition while impeding mastery. Drawing from neuroscience, skill acquisition theory, and over 150 years of technological disruption, the book presents a revised Dreyfus model, and case studies from Netflix to Toyota demonstrating the core messages of the book. It offers strategic frameworks for preserving cognitive capital, including Strategic Workforce Management, Meta-Intelligence Development, and mechanisms for sustainable AI adoption. More than a guide to adaptation, it challenges readers to consider whether thinking remains fundamentally human when cognition is outsourced. An essential reading for executives, strategists, policymakers, and educators navigating the tension between operational excellence and cognitive resilience.
Autorenporträt
Prashant Singh Yadav is a systems thinker and CTO partner with over 20 years of experience in enterprise transformation based from Cambridge, U.K. He develops original frameworks that bridge AI, cognition, and organizational design—focusing on knowledge coherence, decision logic, and resilient systems. His interdisciplinary work spans cognitive science, epistemology, and emerging technologies such as blockchain and quantum computing.