Are you curious about how modern robots think, move, and make decisions—yet want explanations that feel clear, practical, and genuinely helpful?
Do you ever look at automated systems in factories, hospitals, or homes and wonder what engineering principles allow them to work so reliably?
Modern Robotics Engineering was written for readers who want real understanding—not vague summaries. Whether you are a student, an engineer building your future expertise, or a curious learner trying to grasp how robotic systems are designed from the ground up, this book guides you through every major concept with clarity and confidence.
Instead of overwhelming you with jargon, the chapters walk you through the structure, mechanics, intelligence, and real-world applications of today’s robotic systems. You will explore how robots interpret their environments, how they coordinate movement, and how engineers create machines capable of precise work, adaptive behavior, and safe interaction with humans. Complex systems are explained in a logical, conversational way—almost as if we were discussing the subject together.
Throughout the book, you’ll find detailed insights into:
The engineering foundations that support mechanical design, sensing, control, and robotic motion
Practical examples that show how robotic systems are built for manufacturing, research, healthcare, service tasks, and exploration
Modern approaches that link robotics with artificial intelligence, autonomy, and advanced materials
Trends shaping the next generation of robotic systems, from soft structures to swarm coordination and bio-inspired engineering
Ethical, practical, and societal considerations that responsible engineers must understand
You will not just read how robots work—you will understand why they work the way they do and how every subsystem contributes to real-world performance. The writing is approachable and thoughtful, aimed at helping you build genuine confidence in your knowledge.
If you have ever asked yourself questions like:
“How do robots learn new tasks?”
“What makes a robot safe to work alongside humans?”
“How do engineers design machines that can operate in unpredictable environments?”
Then this book is your companion for clear, in-depth answers.
Whether you want to apply robotics in your career or simply broaden your understanding, Modern Robotics Engineering gives you a complete, practical foundation—free from unnecessary technical barriers and designed to make complex ideas feel accessible and interesting.
Take a step into modern robotics with a guide that speaks to you, not at you.
"synopsis" may belong to another edition of this title.
Seller: California Books, Miami, FL, U.S.A.
Condition: New. Print on Demand. Seller Inventory # I-9798276900230
Seller: CitiRetail, Stevenage, United Kingdom
Paperback. Condition: new. Paperback. Are you curious about how modern robots think, move, and make decisions-yet want explanations that feel clear, practical, and genuinely helpful?Do you ever look at automated systems in factories, hospitals, or homes and wonder what engineering principles allow them to work so reliably?Modern Robotics Engineering was written for readers who want real understanding-not vague summaries. Whether you are a student, an engineer building your future expertise, or a curious learner trying to grasp how robotic systems are designed from the ground up, this book guides you through every major concept with clarity and confidence.Instead of overwhelming you with jargon, the chapters walk you through the structure, mechanics, intelligence, and real-world applications of today's robotic systems. You will explore how robots interpret their environments, how they coordinate movement, and how engineers create machines capable of precise work, adaptive behavior, and safe interaction with humans. Complex systems are explained in a logical, conversational way-almost as if we were discussing the subject together.Throughout the book, you'll find detailed insights into: The engineering foundations that support mechanical design, sensing, control, and robotic motionPractical examples that show how robotic systems are built for manufacturing, research, healthcare, service tasks, and explorationModern approaches that link robotics with artificial intelligence, autonomy, and advanced materialsTrends shaping the next generation of robotic systems, from soft structures to swarm coordination and bio-inspired engineeringEthical, practical, and societal considerations that responsible engineers must understandYou will not just read how robots work-you will understand why they work the way they do and how every subsystem contributes to real-world performance. The writing is approachable and thoughtful, aimed at helping you build genuine confidence in your knowledge.If you have ever asked yourself questions like: "How do robots learn new tasks?""What makes a robot safe to work alongside humans?""How do engineers design machines that can operate in unpredictable environments?"Then this book is your companion for clear, in-depth answers.Whether you want to apply robotics in your career or simply broaden your understanding, Modern Robotics Engineering gives you a complete, practical foundation-free from unnecessary technical barriers and designed to make complex ideas feel accessible and interesting.Take a step into modern robotics with a guide that speaks to you, not at you. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9798276900230
Quantity: 1 available