About this book:

*Healthcare Robotics: Assistive and Surgical Systems* provides a comprehensive guide to the engineering, clinical, and commercial lifecycle of medical robotic technologies. The book begins by establishing a foundation in clinical needs assessment and human factors, emphasizing that successful design must prioritize patient safety and seamless integration into high-stress environments like the operating room or the home. It details the technical architectures of both surgical platforms—which focus on sub-millimeter precision and teleoperation—and assistive systems, including exoskeletons and socially interactive robots designed to aid rehabilitation and cognitive engagement.

The middle chapters delve into the sophisticated engineering required to make these systems functional and safe. This includes a deep exploration of kinematics, dynamics, and control theory, alongside the critical roles of medical imaging, navigation, and haptic feedback in providing surgeons with a "sense of touch." The book also addresses the growing impact of artificial intelligence and "learning from demonstration," where robots acquire skills by observing human experts. Throughout these technical discussions, the authors reinforce a "safety by design" philosophy, utilizing redundancy and rigorous risk management to mitigate potential hardware or software failures.

The final section of the book shifts from development to deployment, navigating the complex professional landscape of the medical device industry. It provides detailed frameworks for conducting clinical trials, achieving regulatory milestones such as FDA clearance and CE marking, and maintaining quality systems under ISO 13485. Furthermore, it addresses the pragmatic challenges of hospital integration, including cybersecurity, data governance, and the economic realities of reimbursement and business models.

Ultimately, the book frames the future of healthcare robotics as a collaborative partnership between human expertise and machine precision. It concludes with an exploration of the ethical implications of robotic care, stressing the importance of transparency, accountability, and equitable access. By weaving together technical discipline with regulatory strategy and human-centered ethics, the text serves as a roadmap for creating trustworthy robotic systems that measurably improve clinical outcomes while honoring the dignity of patients and providers.

What You'll Find Inside:

• Comprehensive coverage of healthcare robotics lifecycle from clinical needs assessment through design, validation, regulatory approval, manufacturing, deployment, and post-market surveillance.
• Safety-by-design principles including redundancy, fail-operational systems, perception algorithms, and risk management per ISO 14971 as foundational requirements for medical robots.
• Human factors and ergonomics focus on intuitive interfaces, workflow integration, cognitive load management, and user-centered design for both assistive and surgical systems.
• Detailed technical architectures for assistive mobility (locomotion, manipulation), rehabilitation exoskeletons, socially assistive robots, and surgical systems including kinematics, control, shared autonomy, and AI integration.
• Business and regulatory pathways addressing FDA/CE Marking approvals, quality systems (ISO 13485), reimbursement strategies, health economics, and change management for clinical adoption.

Who's It For:

This book is designed for engineers, clinicians, entrepreneurs, and students working in healthcare robotics who aim to build systems that augment clinical care. It provides practical guidance for those needing to balance technical innovation with real-world clinical constraints, regulatory requirements, and human factors considerations. Readers will benefit from the integrated approach covering design principles, validation methodologies, commercialization strategies, and ethical considerations essential for bringing robotic solutions from concept to sustained clinical impact.