HUMAN FACTORS ENGINEERING IN HEALTHCARE: DESIGNING SAFE, EFFICIENT, AND PATIENT-CENTERED SYSTEMS

About the Book

Human Factors Engineering In Healthcare: Designing Safe, Efficient, and Patient-Centered Systems

Healthcare is one of the most complex industries in the world, where professionals work in high-pressure environments, interact with advanced technologies, and make critical decisions that directly impact human lives. Despite significant medical and technological advancements, many healthcare errors and inefficiencies still occur due to poor system design, communication gaps, workflow complexity, and human–technology interaction challenges. Human Factors Engineering in Healthcare: Designing Safe, Efficient, and Patient-Centered Systems presents a comprehensive and practical approach to redesigning healthcare systems around human capabilities, safety, efficiency, and patient-centered care.

This book explains how human factors engineering can be applied to healthcare environments to reduce errors, improve workflow design, enhance communication, support clinical decision-making, and optimize healthcare technologies such as electronic health records and artificial intelligence systems. It explores key areas including ergonomics, cognitive workload, teamwork and communication, human–computer interaction, patient safety systems, simulation training, facility design, and high reliability healthcare organizations.

The book combines theory, practical frameworks, real-world examples, and implementation strategies that healthcare organizations can apply to improve safety, operational efficiency, staff performance, and patient experience. It emphasizes that safer healthcare systems are not created by working harder, but by designing smarter systems that support human performance.

Written for healthcare leaders, clinicians, quality professionals, engineers, designers, researchers, and policymakers, this book serves as a strategic and practical guide for building safer, more efficient, and patient-centered healthcare systems for the future.

About the Author 

This book is authored by a multidisciplinary team of professionals from healthcare, artificial intelligence, clinical medicine, healthcare governance, and quality management, bringing together diverse expertise in human factors engineering, patient safety, system design, healthcare technology, and organizational performance to design safer, more efficient, and patient-centered healthcare systems.

Prof. Dr. Zuber Mujeeb Shaikh, DLitt., PhD, the lead author, is an internationally recognized healthcare quality leader, academic, and author with over 24 years of experience in the international tertiary healthcare sector. He has authored more than 20 academic and professional books in healthcare management, quality improvement, patient safety, risk management, and hospital administration, and has published numerous research papers in international journals. He has successfully led and completed over 400 international healthcare accreditation and re-accreditation projects, hospital commissioning projects, and centers of excellence across Saudi Arabia, the Middle East, and internationally. His expertise includes healthcare quality improvement, patient safety, risk management, accreditation, compliance, clinical governance, hospital commissioning, and healthcare digital transformation.

Prof. Dr. Zakir M. Shaikh, PhD in Artificial Intelligence, is an academic researcher and technology specialist with expertise in artificial intelligence, machine learning, data science, and enterprise software systems, focusing on healthcare analytics and intelligent digital systems.

Prof. Dr. Gazala A. Khan, PhD in Patient Safety, specializes in healthcare governance, patient safety, healthcare law, regulatory compliance, and organizational leadership.

Dr. Ayaan Z. Shaikh and Dr. Areeb Z. Shaikh are medical professionals with interests in clinical medicine, patient safety, and healthcare quality improvement.

Ms. Katherine A. Villanueva is a healthcare professional specializing in nursing, quality improvement, patient safety, and healthcare information systems.

Together, the authors combine expertise from healthcare operations, human factors engineering, technology, clinical practice, governance, and patient safety to present a comprehensive perspective on designing safer, more efficient, and patient-centered healthcare systems worldwide.