Human Engaged Computing

This book introduces Human-Engaged Computing (HEC), a pioneering thought that reimagines the relationship between humans and computers. Unlike traditional Human-Computer Interaction (HCI), HEC offers a philosophical and practical foundation for designing technologies that prioritize human survival, flourishing, and spiritual growth. HEC represents a paradigm shift, positioning technology as a medium to enhance human capacities rather than simply as a tool. Central to the HEC thought is the Human Capacity Framework, which integrates Biophysics, Intellect, and Xin. Xin/?, a concept rooted in Eastern philosophy, emphasizes inward transcendence and harmony—dimensions often neglected in conventional HCI approaches. By addressing pressing issues such as digital alienation and mental health challenges, this book provides a unified design philosophy that fosters human well-being and enlightenment. The book is structured into two parts: theoretical foundations and practical case studies. Together, these sections guide readers in creating innovative computational designs that open new pathways for technological advancement while prioritizing human-centered values. This book is a must-read for professionals and students across diverse fields, including HCI, computer science, philosophy, psychology, and sociology. Policymakers concerned with technology’s societal impact will also find it invaluable. Key features:Integrates Eastern "Xin" philosophy, redefining human–computer relations beyond traditional Western HCI for enhanced well-being. Presents a holistic Human Capacity Framework (Biophysics–Intellect–Xin), crucial for designing technology that truly elevates human potential. Addresses "Antibiosis," technology’s negative impacts on human survival, offering a theoretical lens for sustainable design. Provides concrete design principles for "Engaging Computers," fostering human awareness and enlightenment through future technology. Inspires and envisions new paradigms and possibilities for HCI, AI, ICT, and the general design of artifacts.