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PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

Paperback. Condizione: new. Paperback. Practical Robotics EngineeringHands-On Projects in Robot Programming, Computer Vision, Artificial Intelligence, Autonomous Systems, and Intelligent Robotics ApplicationsHow can a robot interpret its surroundings, make decisions, and perform tasks with limited human intervention?Practical Robotics Engineering explores the engineering concepts and practical techniques used to develop modern robotic systems. The book connects programming, computer vision, artificial intelligence, sensing, control, and autonomous operation to show how individual technologies can be combined into functional robotics applications.Rather than focusing only on theoretical concepts, this book takes a practical approach to robotics engineering. Readers are introduced to the reasoning, system architecture, algorithms, and development considerations involved in designing and implementing robotic solutions.Inside the book, readers explore: Robot software architecture and programming conceptsPractical approaches to developing robotic applicationsSensors and data collection for robotic perceptionComputer vision concepts for interpreting visual informationImage processing techniques used in roboticsArtificial intelligence concepts applied to robotic systemsRobot perception and environmental understandingAutonomous navigation and decision-makingMotion planning and robotic controlSimulation and testing of robotic systemsIntegration of hardware, software, sensors, and algorithmsIntelligent robotic applications and system designEngineering challenges involved in autonomous roboticsMethods for testing, evaluating, and improving robotic systemsModern robotics requires more than mechanical construction. A capable robotic system depends on the interaction between hardware, software, perception, computation, control, and decision-making. This book examines those connections and explains how they contribute to practical robotic applications.The hands-on approach encourages readers to move from concepts toward implementation. By working through practical ideas and project-oriented examples, readers can examine how robotic systems are structured, how algorithms interact with physical components, and how engineering decisions affect system performance.Computer vision and artificial intelligence are also becoming important components of robotics. Robots can use cameras and other sensors to collect information, process their surroundings, identify relevant features, and respond according to programmed objectives. Understanding these technologies provides a foundation for exploring more advanced autonomous systems.The book also considers the challenges of building reliable robotic applications. Real-world robotics involves uncertainty, sensor limitations, computational constraints, changing environments, and interactions between multiple system components. Developing effective solutions therefore requires careful testing, analysis, and iterative improvement.Whether you are studying robotics engineering, developing technical projects, exploring autonomous systems, or building practical knowledge of intelligent robotics, Practical Robotics Engineering provides a structured framework for connecting theory with application.From robot programming and computer vision to artificial intelligence, autonomous navigation, and intelligent robotic systems, this book explores the engineering processes behind practical robotics development.Explore the technology. Build the systems. Understand practical robotics engineering. Are you Rea Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condizione: Neu. Neuware - MY FIRST ROBOTICS BOOKFun Lessons in Robot Building, Coding Basics, Electronics, and Creative Engineering Projects for Young LearnersHow do robots move, think, and complete tasks What makes it possible for machines to respond to the world around them My First Robotics Book introduces young learners to the exciting world of robotics through simple explanations, creative activities, and beginner-friendly engineering concepts. Designed for children who are curious about technology, this book explores the foundations of robot building, coding, electronics, and problem-solving.Through engaging lessons, young readers can discover how different parts of a robot work together, how instructions guide machines, and how engineers use creativity and logical thinking to design solutions.This book introduces children to important concepts such as: - The basic parts and functions of robots- How sensors, circuits, and electronic components work- Beginner coding ideas and programming logic- The engineering design process- Creative robot-building activities- Problem-solving and critical thinking skills- Exploring technology through hands-on learningRobotics is not only about machines; it is also about imagination, experimentation, and learning how to transform ideas into real-world creations. This book encourages children to explore questions, test solutions, and develop confidence in their ability to understand technology.Whether a child is new to robotics or already interested in building and coding, My First Robotics Book provides a friendly introduction to engineering concepts in an accessible way.With fun lessons and practical ideas, young learners can begin their journey into robotics while developing skills that support creativity, curiosity, and lifelong learning.Explore robotics. Build ideas. Create the future.…

Taschenbuch. Condizione: Neu. Neuware - ROBOTICS MADE SIMPLE FOR KIDSA Beginner's Guide to Building Robots, Learning Programming, Understanding Sensors, and Exploring STEM Through Hands-On ProjectsWhat makes a robot move, respond, and perform a task How do sensors, programming, electronics, and mechanical parts work together to create a functioning machine Robotics Made Simple for Kids introduces young learners to the fundamentals of robotics through clear explanations, beginner-friendly concepts, and practical project ideas. The book is designed to make technical subjects easier to explore while encouraging curiosity, creativity, logical thinking, and problem-solving.Young readers can discover how robots are designed and how different components work together. They are introduced to programming concepts, sensors, basic electronics, mechanical structures, and the engineering process used to turn an idea into a working project.Inside the book, young learners explore: - The basic concepts of robotics and robot design- Common robot components and their functions- How sensors help robots detect and respond to their surroundings- Beginner programming concepts and logical instructions- Basic electronics used in robotic systems- Mechanical structures and robot movement- STEM concepts connected to real-world robotics- Hands-on project ideas for applying new concepts- Problem-solving approaches used by engineers- Creative ways to experiment, test, and improve designsRobotics is a field where science, technology, engineering, mathematics, creativity, and programming come together. Learning these foundations can help children understand how the machines around them are designed and how engineers approach practical problems.Rather than treating robotics as something complicated or intimidating, this book presents the subject as a step-by-step learning experience. Young readers can explore concepts at their own pace, ask questions, experiment with ideas, and gradually develop a better understanding of how robotic systems work.Whether a child is discovering robotics for the first time or already enjoys building and programming, Robotics Made Simple for Kids provides an accessible starting point for exploring the world of robots and STEM.Learn the concepts. Explore the projects. Build, test, and discover how robotics works.…

Taschenbuch. Condizione: Neu. Neuware - ROBOTICS ENGINEERING FUNDAMENTALSCore Principles of Robot Design, Sensors, Actuators, Embedded Control Systems, Kinematics, and AutomationRobotics brings together mechanical engineering, electronics, programming, control theory, and intelligent systems to create machines capable of sensing, moving, and interacting with their environments.Robotics Engineering Fundamentals provides a structured introduction to the engineering principles behind modern robotic systems. It is designed for readers who want to understand how robots are designed, controlled, programmed, and integrated into practical applications.The book begins with the foundations of robotics and gradually develops the concepts needed to understand complete robotic systems. Rather than treating robots as isolated machines, it examines how mechanical structures, electronic components, sensors, actuators, controllers, and software work together.Inside this book, readers explore: - Fundamental concepts and architecture of robotic systems- Robot design principles and system-level engineering- Sensors and methods for collecting information from the environment- Actuators, motors, and mechanisms used to produce movement- Embedded control systems for robotic applications- Feedback, control loops, and basic control concepts- Coordinate systems and robot kinematics- Forward and inverse kinematics concepts- Robot motion and trajectory considerations- Programming concepts used in robotic systems- Automation and robotic system integration- Practical engineering considerations in robot development- The relationship between hardware, software, sensing, and controlA major focus of robotics engineering is integration. A robot may have sophisticated mechanical components, but without appropriate sensing and control, those components cannot operate effectively as a complete system. Understanding these relationships is therefore essential for analyzing and developing robotic machines.The book also introduces the engineering reasoning behind robotic design. Readers can learn how engineers break complex problems into smaller components, select appropriate technologies, evaluate system requirements, and consider factors such as accuracy, stability, response, reliability, and safety.Whether you are studying robotics, exploring engineering concepts, developing technical knowledge, or seeking a foundation for more advanced work, this book provides a practical framework for understanding the technologies that make robotic systems possible.From sensors and actuators to kinematics, embedded controllers, and automation, Robotics Engineering Fundamentals connects the major building blocks of robotics into a coherent engineering perspective.Understand the components. Connect the systems. Explore the engineering behind robotics.…

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware - Modern Aerospace EngineeringPrinciples of Aircraft Systems, Rocket Technology, Flight Dynamics, and Space Exploration EngineeringHow do aircraft systems work together to achieve controlled flight What engineering principles allow rockets to generate thrust, spacecraft to operate beyond Earth, and aerospace vehicles to navigate complex environments Modern Aerospace Engineering provides a structured introduction to the engineering principles behind aircraft, rockets, spacecraft, and space exploration systems. The book connects fundamental concepts from aerodynamics, flight dynamics, propulsion, systems engineering, and space technology to provide a broad understanding of modern aerospace engineering.Aerospace vehicles are complex systems in which mechanical structures, propulsion, control, electronics, software, and physical environments interact continuously. Understanding these relationships is essential for analyzing how aerospace systems are designed and operated.Inside the book, readers explore: - Fundamental concepts of modern aerospace engineering- Aircraft systems and their major functions- Aircraft performance and flight characteristics- Flight dynamics and aircraft motion- Stability and control concepts- Rocket technology and propulsion principles- Thrust generation and propulsion systems- Spacecraft systems and engineering considerations- Orbital motion and spaceflight fundamentals- Navigation and guidance concepts- Aerospace structures and system integration- Engineering considerations in aerospace vehicle design- Space exploration technologies and mission requirements- The relationship between aerospace hardware, software, and control systemsThe book approaches aerospace engineering as an interconnected discipline. Aircraft, rockets, and spacecraft may operate in very different environments, but each requires careful consideration of forces, energy, motion, structures, control, materials, and system reliability.Readers can also explore the engineering reasoning used to analyze aerospace systems. This includes understanding requirements, evaluating performance, considering environmental conditions, examining system interactions, and making technical decisions within practical constraints.From aircraft systems and flight dynamics to rocket technology and space exploration, Modern Aerospace Engineering provides a foundation for understanding the technologies and engineering principles that support modern aerospace vehicles.Whether you are studying engineering, exploring aerospace technology, developing technical knowledge, or preparing for more specialized study, this book offers a broad introduction to the interconnected systems that make flight and space exploration possible.Explore the systems. Understand the principles. Discover the engineering behind modern aerospace technology. …

Paperback. Condizione: new. Paperback. Practical Robotics EngineeringHands-On Projects in Robot Programming, Computer Vision, Artificial Intelligence, Autonomous Systems, and Intelligent Robotics ApplicationsHow can a robot interpret its surroundings, make decisions, and perform tasks with limited human intervention?Practical Robotics Engineering explores the engineering concepts and practical techniques used to develop modern robotic systems. The book connects programming, computer vision, artificial intelligence, sensing, control, and autonomous operation to show how individual technologies can be combined into functional robotics applications.Rather than focusing only on theoretical concepts, this book takes a practical approach to robotics engineering. Readers are introduced to the reasoning, system architecture, algorithms, and development considerations involved in designing and implementing robotic solutions.Inside the book, readers explore: Robot software architecture and programming conceptsPractical approaches to developing robotic applicationsSensors and data collection for robotic perceptionComputer vision concepts for interpreting visual informationImage processing techniques used in roboticsArtificial intelligence concepts applied to robotic systemsRobot perception and environmental understandingAutonomous navigation and decision-makingMotion planning and robotic controlSimulation and testing of robotic systemsIntegration of hardware, software, sensors, and algorithmsIntelligent robotic applications and system designEngineering challenges involved in autonomous roboticsMethods for testing, evaluating, and improving robotic systemsModern robotics requires more than mechanical construction. A capable robotic system depends on the interaction between hardware, software, perception, computation, control, and decision-making. This book examines those connections and explains how they contribute to practical robotic applications.The hands-on approach encourages readers to move from concepts toward implementation. By working through practical ideas and project-oriented examples, readers can examine how robotic systems are structured, how algorithms interact with physical components, and how engineering decisions affect system performance.Computer vision and artificial intelligence are also becoming important components of robotics. Robots can use cameras and other sensors to collect information, process their surroundings, identify relevant features, and respond according to programmed objectives. Understanding these technologies provides a foundation for exploring more advanced autonomous systems.The book also considers the challenges of building reliable robotic applications. Real-world robotics involves uncertainty, sensor limitations, computational constraints, changing environments, and interactions between multiple system components. Developing effective solutions therefore requires careful testing, analysis, and iterative improvement.Whether you are studying robotics engineering, developing technical projects, exploring autonomous systems, or building practical knowledge of intelligent robotics, Practical Robotics Engineering provides a structured framework for connecting theory with application.From robot programming and computer vision to artificial intelligence, autonomous navigation, and intelligent robotic systems, this book explores the engineering processes behind practical robotics development.Explore the technology. Build the systems. Understand practical robotics engineering. < Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. ROBOTICS ENGINEERING FUNDAMENTALSCore Principles of Robot Design, Sensors, Actuators, Embedded Control Systems, Kinematics, and AutomationRobotics brings together mechanical engineering, electronics, programming, control theory, and intelligent systems to create machines capable of sensing, moving, and interacting with their environments.Robotics Engineering Fundamentals provides a structured introduction to the engineering principles behind modern robotic systems. It is designed for readers who want to understand how robots are designed, controlled, programmed, and integrated into practical applications.The book begins with the foundations of robotics and gradually develops the concepts needed to understand complete robotic systems. Rather than treating robots as isolated machines, it examines how mechanical structures, electronic components, sensors, actuators, controllers, and software work together.Inside this book, readers explore: Fundamental concepts and architecture of robotic systemsRobot design principles and system-level engineeringSensors and methods for collecting information from the environmentActuators, motors, and mechanisms used to produce movementEmbedded control systems for robotic applicationsFeedback, control loops, and basic control conceptsCoordinate systems and robot kinematicsForward and inverse kinematics conceptsRobot motion and trajectory considerationsProgramming concepts used in robotic systemsAutomation and robotic system integrationPractical engineering considerations in robot developmentThe relationship between hardware, software, sensing, and controlA major focus of robotics engineering is integration. A robot may have sophisticated mechanical components, but without appropriate sensing and control, those components cannot operate effectively as a complete system. Understanding these relationships is therefore essential for analyzing and developing robotic machines.The book also introduces the engineering reasoning behind robotic design. Readers can learn how engineers break complex problems into smaller components, select appropriate technologies, evaluate system requirements, and consider factors such as accuracy, stability, response, reliability, and safety.Whether you are studying robotics, exploring engineering concepts, developing technical knowledge, or seeking a foundation for more advanced work, this book provides a practical framework for understanding the technologies that make robotic systems possible.From sensors and actuators to kinematics, embedded controllers, and automation, Robotics Engineering Fundamentals connects the major building blocks of robotics into a coherent engineering perspective.Understand the components. Connect the systems. Explore the engineering behind robotics. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. MY FIRST ROBOTICS BOOKFun Lessons in Robot Building, Coding Basics, Electronics, and Creative Engineering Projects for Young LearnersHow do robots move, think, and complete tasks? What makes it possible for machines to respond to the world around them?My First Robotics Book introduces young learners to the exciting world of robotics through simple explanations, creative activities, and beginner-friendly engineering concepts. Designed for children who are curious about technology, this book explores the foundations of robot building, coding, electronics, and problem-solving.Through engaging lessons, young readers can discover how different parts of a robot work together, how instructions guide machines, and how engineers use creativity and logical thinking to design solutions.This book introduces children to important concepts such as: The basic parts and functions of robotsHow sensors, circuits, and electronic components workBeginner coding ideas and programming logicThe engineering design processCreative robot-building activitiesProblem-solving and critical thinking skillsExploring technology through hands-on learningRobotics is not only about machines; it is also about imagination, experimentation, and learning how to transform ideas into real-world creations. This book encourages children to explore questions, test solutions, and develop confidence in their ability to understand technology.Whether a child is new to robotics or already interested in building and coding, My First Robotics Book provides a friendly introduction to engineering concepts in an accessible way.With fun lessons and practical ideas, young learners can begin their journey into robotics while developing skills that support creativity, curiosity, and lifelong learning.Explore robotics. Build ideas. Create the future. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condizione: new. Paperback. ROBOTICS MADE SIMPLE FOR KIDSA Beginner's Guide to Building Robots, Learning Programming, Understanding Sensors, and Exploring STEM Through Hands-On ProjectsWhat makes a robot move, respond, and perform a task? How do sensors, programming, electronics, and mechanical parts work together to create a functioning machine?Robotics Made Simple for Kids introduces young learners to the fundamentals of robotics through clear explanations, beginner-friendly concepts, and practical project ideas. The book is designed to make technical subjects easier to explore while encouraging curiosity, creativity, logical thinking, and problem-solving.Young readers can discover how robots are designed and how different components work together. They are introduced to programming concepts, sensors, basic electronics, mechanical structures, and the engineering process used to turn an idea into a working project.Inside the book, young learners explore: The basic concepts of robotics and robot designCommon robot components and their functionsHow sensors help robots detect and respond to their surroundingsBeginner programming concepts and logical instructionsBasic electronics used in robotic systemsMechanical structures and robot movementSTEM concepts connected to real-world roboticsHands-on project ideas for applying new conceptsProblem-solving approaches used by engineersCreative ways to experiment, test, and improve designsRobotics is a field where science, technology, engineering, mathematics, creativity, and programming come together. Learning these foundations can help children understand how the machines around them are designed and how engineers approach practical problems.Rather than treating robotics as something complicated or intimidating, this book presents the subject as a step-by-step learning experience. Young readers can explore concepts at their own pace, ask questions, experiment with ideas, and gradually develop a better understanding of how robotic systems work.Whether a child is discovering robotics for the first time or already enjoys building and programming, Robotics Made Simple for Kids provides an accessible starting point for exploring the world of robots and STEM.Learn the concepts. Explore the projects. Build, test, and discover how robotics works. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condizione: new. Paperback. ROBOTICS ENGINEERING FUNDAMENTALSCore Principles of Robot Design, Sensors, Actuators, Embedded Control Systems, Kinematics, and AutomationRobotics brings together mechanical engineering, electronics, programming, control theory, and intelligent systems to create machines capable of sensing, moving, and interacting with their environments.Robotics Engineering Fundamentals provides a structured introduction to the engineering principles behind modern robotic systems. It is designed for readers who want to understand how robots are designed, controlled, programmed, and integrated into practical applications.The book begins with the foundations of robotics and gradually develops the concepts needed to understand complete robotic systems. Rather than treating robots as isolated machines, it examines how mechanical structures, electronic components, sensors, actuators, controllers, and software work together.Inside this book, readers explore: Fundamental concepts and architecture of robotic systemsRobot design principles and system-level engineeringSensors and methods for collecting information from the environmentActuators, motors, and mechanisms used to produce movementEmbedded control systems for robotic applicationsFeedback, control loops, and basic control conceptsCoordinate systems and robot kinematicsForward and inverse kinematics conceptsRobot motion and trajectory considerationsProgramming concepts used in robotic systemsAutomation and robotic system integrationPractical engineering considerations in robot developmentThe relationship between hardware, software, sensing, and controlA major focus of robotics engineering is integration. A robot may have sophisticated mechanical components, but without appropriate sensing and control, those components cannot operate effectively as a complete system. Understanding these relationships is therefore essential for analyzing and developing robotic machines.The book also introduces the engineering reasoning behind robotic design. Readers can learn how engineers break complex problems into smaller components, select appropriate technologies, evaluate system requirements, and consider factors such as accuracy, stability, response, reliability, and safety.Whether you are studying robotics, exploring engineering concepts, developing technical knowledge, or seeking a foundation for more advanced work, this book provides a practical framework for understanding the technologies that make robotic systems possible.From sensors and actuators to kinematics, embedded controllers, and automation, Robotics Engineering Fundamentals connects the major building blocks of robotics into a coherent engineering perspective.Understand the components. Connect the systems. Explore the engineering behind robotics. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condizione: new. Paperback. Modern Aerospace EngineeringPrinciples of Aircraft Systems, Rocket Technology, Flight Dynamics, and Space Exploration EngineeringHow do aircraft systems work together to achieve controlled flight? What engineering principles allow rockets to generate thrust, spacecraft to operate beyond Earth, and aerospace vehicles to navigate complex environments?Modern Aerospace Engineering provides a structured introduction to the engineering principles behind aircraft, rockets, spacecraft, and space exploration systems. The book connects fundamental concepts from aerodynamics, flight dynamics, propulsion, systems engineering, and space technology to provide a broad understanding of modern aerospace engineering.Aerospace vehicles are complex systems in which mechanical structures, propulsion, control, electronics, software, and physical environments interact continuously. Understanding these relationships is essential for analyzing how aerospace systems are designed and operated.Inside the book, readers explore: Fundamental concepts of modern aerospace engineeringAircraft systems and their major functionsAircraft performance and flight characteristicsFlight dynamics and aircraft motionStability and control conceptsRocket technology and propulsion principlesThrust generation and propulsion systemsSpacecraft systems and engineering considerationsOrbital motion and spaceflight fundamentalsNavigation and guidance conceptsAerospace structures and system integrationEngineering considerations in aerospace vehicle designSpace exploration technologies and mission requirementsThe relationship between aerospace hardware, software, and control systemsThe book approaches aerospace engineering as an interconnected discipline. Aircraft, rockets, and spacecraft may operate in very different environments, but each requires careful consideration of forces, energy, motion, structures, control, materials, and system reliability.Readers can also explore the engineering reasoning used to analyze aerospace systems. This includes understanding requirements, evaluating performance, considering environmental conditions, examining system interactions, and making technical decisions within practical constraints.From aircraft systems and flight dynamics to rocket technology and space exploration, Modern Aerospace Engineering provides a foundation for understanding the technologies and engineering principles that support modern aerospace vehicles.Whether you are studying engineering, exploring aerospace technology, developing technical knowledge, or preparing for more specialized study, this book offers a broad introduction to the interconnected systems that make flight and space exploration possible.Explore the systems. Understand the principles. Discover the engineering behind modern aerospace technology. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …