Applied Engineering for Developers (32 résultats)

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

Etat : As New. Unread book in perfect condition.

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

Paperback. Etat : new. Paperback. When you install software, when you update a smart device, when you interact with a piece of technology that just "works" - do you ever pause and genuinely ask yourself how it works beneath the surface?Do you ever feel like there is a hidden layer of software knowledge that only a small category of professionals know how to read, decode, understand, analyze, and question?If you could understand how software is structured, how its logic flows, how code transforms into machine instructions, how functionality is implemented, and how vulnerabilities can hide inside these layers - what doors would that open for you as a professional?This handbook teaches you how to do exactly that.This book gives you the missing piece many engineers, researchers, analysts, and security-focused learners never get in school or traditional courses: practical reverse engineering knowledge that is written and explained in a way you can actually use.This is not a theoretical textbook filled with vague statements and abstract theory. This is a practical guide that shows you how software behaves at a fundamental level, how to analyze that behavior, and how to understand systems from the inside out.You will see how compiled programs can be inspected, decoded, and reasoned about. You will gain the confidence to open a binary, disassemble instructions, follow control flow, identify algorithms, read low-level structures, and critically examine software like a professional analyst.You will understand why reverse engineering is not only a security skill, but also a skill of deep technical insight that benefits software auditors, technical investigators, compatibility engineers, performance engineers, digital archivists, legacy system maintainers, and anyone who needs to deal with software without source code access.Inside this handbook you will learn: how software compilers transform source code into machine level instructionshow data, functions, and decision logic are represented inside executable codehow to identify common programming constructs when analyzing compiled programshow to make sense of binary structures, memory layouts, and code organizationhow to use structured analysis techniques to understand unknown software systemshow to extract meaning, behavior, and evidence from opaque or undocumented codehow to approach unfamiliar architectures, calling conventions, and runtime modelshow reverse engineering strengthens your understanding of software as a wholeThroughout the handbook, the writing speaks to you directly - because reverse engineering is not a passive subject. You will be asked questions. You will be challenged to think. You will be guided step by step into deeper reasoning. You will be shown how to analyze software instead of merely reading descriptions of software.You will see clear explanations, professional methods, detailed reasoning, and practical perspective. You will gain a point of view that converts you from "someone who uses software" into someone who understands software structures, behaviors, and design patterns at a granular level.If you have ever felt that most technical books either talk above you or beneath you - this handbook is built to speak directly to you at the right level, with respect, clarity, and direct usefulness. Everything has been written carefully to protect you from confusion, overwhelm, or unnecessary jargon.The question is - are you ready to understand software more deeply than the average developer, analyst, or technician ever does?If your answer is yes, then this handbook will guide your thinking, sharpen your analytical ability, and help you build a rare skill that opens l Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

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

Etat : New.

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

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

Paperback. Etat : New.

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

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

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

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

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

Paperback. Etat : New.

Etat : New.

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

Etat : As New. Unread book in perfect condition.

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

Paperback. Etat : new. Paperback. When you install software, when you update a smart device, when you interact with a piece of technology that just "works" - do you ever pause and genuinely ask yourself how it works beneath the surface?Do you ever feel like there is a hidden layer of software knowledge that only a small category of professionals know how to read, decode, understand, analyze, and question?If you could understand how software is structured, how its logic flows, how code transforms into machine instructions, how functionality is implemented, and how vulnerabilities can hide inside these layers - what doors would that open for you as a professional?This handbook teaches you how to do exactly that.This book gives you the missing piece many engineers, researchers, analysts, and security-focused learners never get in school or traditional courses: practical reverse engineering knowledge that is written and explained in a way you can actually use.This is not a theoretical textbook filled with vague statements and abstract theory. This is a practical guide that shows you how software behaves at a fundamental level, how to analyze that behavior, and how to understand systems from the inside out.You will see how compiled programs can be inspected, decoded, and reasoned about. You will gain the confidence to open a binary, disassemble instructions, follow control flow, identify algorithms, read low-level structures, and critically examine software like a professional analyst.You will understand why reverse engineering is not only a security skill, but also a skill of deep technical insight that benefits software auditors, technical investigators, compatibility engineers, performance engineers, digital archivists, legacy system maintainers, and anyone who needs to deal with software without source code access.Inside this handbook you will learn: how software compilers transform source code into machine level instructionshow data, functions, and decision logic are represented inside executable codehow to identify common programming constructs when analyzing compiled programshow to make sense of binary structures, memory layouts, and code organizationhow to use structured analysis techniques to understand unknown software systemshow to extract meaning, behavior, and evidence from opaque or undocumented codehow to approach unfamiliar architectures, calling conventions, and runtime modelshow reverse engineering strengthens your understanding of software as a wholeThroughout the handbook, the writing speaks to you directly - because reverse engineering is not a passive subject. You will be asked questions. You will be challenged to think. You will be guided step by step into deeper reasoning. You will be shown how to analyze software instead of merely reading descriptions of software.You will see clear explanations, professional methods, detailed reasoning, and practical perspective. You will gain a point of view that converts you from "someone who uses software" into someone who understands software structures, behaviors, and design patterns at a granular level.If you have ever felt that most technical books either talk above you or beneath you - this handbook is built to speak directly to you at the right level, with respect, clarity, and direct usefulness. Everything has been written carefully to protect you from confusion, overwhelm, or unnecessary jargon.The question is - are you ready to understand software more deeply than the average developer, analyst, or technician ever does?If your answer is yes, then this handbook will guide your thinking, sharpen your analytical ability, and help you build a rare skill Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Etat : New.

Paperback. Etat : new. Paperback. Have you ever wondered how the tiny brains inside modern machines think, react, and connect to the world around them? How do industrial robots, smart sensors, and connected home devices all work seamlessly in real time? And more importantly-how could you learn to design and build systems like these from the ground up?"Modern Embedded Design with STM32: Practical Firmware Engineering for Real-Time IoT and Intelligent Edge Systems" was written for engineers, students, and innovators who are ready to move beyond theory and start building intelligent embedded solutions that actually work in the real world.This isn't another collection of abstract explanations or recycled examples. Instead, it's a clear, structured, and hands-on guide that walks you through every essential step of embedded design-from low-level hardware interaction to high-level system intelligence and cloud connectivity. Each chapter builds on the last, showing not just what to do, but why it works, and how to make it better.You'll learn how modern microcontrollers manage real-time processes, how to design efficient firmware architectures, and how to integrate sensors, communication modules, and intelligent edge algorithms into one reliable system. The book's approach focuses on practical clarity, teaching you how to think like an embedded engineer-someone who balances hardware precision with software logic and system efficiency.Throughout the chapters, you'll explore how to: Design and program reliable embedded systems using proven engineering methods.Work with digital and analog peripherals to control, measure, and interact with the physical world.Build stable and responsive firmware architectures for real-time tasks.Implement communication interfaces and connect devices securely to cloud or edge networks.Develop efficient, maintainable, and scalable embedded applications for modern IoT systems.Apply structured debugging and optimization techniques that professional developers use every day.Whether you're developing a robotic platform, an industrial controller, or a sensor-based smart device, this book equips you with the knowledge and confidence to build solutions that are robust, intelligent, and adaptable to future technologies.If you've ever felt frustrated by the complexity of embedded systems-or overwhelmed by countless technical terms without clear explanations-this book is designed to simplify that learning curve. It bridges the gap between hardware and software in a way that feels natural, logical, and hands-on.So, are you ready to understand what truly makes embedded systems smart?Are you prepared to move from simple experiments to building real, intelligent, and connected devices?Then open the pages of this book and start your journey into the modern world of embedded design-where engineering precision meets creative innovation. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Etat : New.

Paperback. Etat : new. Paperback. Smart Project Strategies for IoT, Robotics, and Interactive Hardware Systemsby Dr. Brian JakesAre you tired of jumping between half-finished Arduino tutorials, inconsistent forums, or YouTube videos that skip the most important steps? Do you want to stop copying and pasting code and finally understand how everything connects-both literally and logically?Whether you're a hands-on hobbyist, a curious student, or a developer aiming to prototype smarter hardware solutions, Blueprints for Arduino Builders was written for someone like you. This book isn't just about blinking LEDs or making servo motors twitch. It's a deeper conversation about why things work, how to structure projects from idea to execution, and what separates a messy breadboard from a scalable, thoughtful system.What Makes This Book Different?We don't just show you what to do-we walk you through why it matters. You'll build, test, and refine real hardware systems while learning essential strategies used by engineers, educators, and DIY innovators alike. You'll stop thinking in terms of "cool projects" and start designing in terms of systems that solve problems.Inside, we cover: Core design patterns for Arduino-based systems, from power regulation to safe wiring strategies.Modular thinking: Learn to break down ideas into reusable hardware/software components.IoT and wireless communication with examples using common radio modules and web-based control.Sensor fusion and decision logic: Go beyond "if this, then that" with more robust input handling.Real-world integration, including power management, environmental feedback, and case design.User interaction and feedback loops through sound, light, and display output systems.Prototyping to production: Transition from breadboard to PCB layout, manufacturing, and testing.Collaboration strategies, including documentation workflows, open sharing, and license models.Ask Yourself This: Do your Arduino projects actually scale, or do they stay tangled in jumper wires and fragile code?When something breaks, do you know where to look first-and more importantly, how to fix it?Are you still relying on copy-paste examples-or are you ready to take control of your design?This book assumes you have a basic understanding of Arduino and electronics, but it bridges that early knowledge into applied confidence. You'll be challenged, supported, and invited to build smarter-not harder.Who This Book Is For: Intermediate builders ready to move from experimentation to practical systems.Educators and STEM mentors seeking structured, transferable project approaches.Hobbyists eager to contribute to open hardware communities with polish and purpose.Inventors prototyping the next interactive gadget, environmental monitor, or robotic assistant.This isn't just a guide. It's a blueprint for turning curiosity into capability. Let's build something that works-and keeps working.Are you ready to go beyond the basics?Grab your copy of Blueprints for Arduino Builders and let's get building-smarter, cleaner, and with purpose. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Etat : new. Paperback. So let me ask you directly as a serious developer.Are you still building apps using older patterns, older UI thinking, older concurrency habits - and you already know deep down that you are behind what modern mobile engineering is now demanding?If you are honest with yourself. do you feel that your current skill level is not yet positioned to produce highly competitive, future-ready apps across multiple form-factors, multiple screens, multiple device classes, and multiple interaction surfaces?And do you want to change that permanently?This book was created exactly for that purpose.It is not another surface-level mobile development book. It is a deeply structured, technical, highly modern engineering reference for developers who want to build software that is robust, composable, testable, architecturally clean, and capable of scaling into the next several OS cycles without rewriting entire codebases.You will explore modern Swift patterns and structures that eliminate unpredictable code paths and reduce state-related bugs. You will see how to shape user interfaces that feel fluid, responsive, visually coherent, and motion-aware. You will learn how to build your features as composable modules instead of monolithic files. You will see how to take advantage of modern concurrency tools to remove bottlenecks, improve launch time, and reduce wasted energy usage.You will understand how to build with layered abstractions that protect you from platform changes and allow you to adopt new capabilities without rewriting everything from scratch.This book gives you the mindset, engineering posture, and design vocabulary that senior teams now expect. And it explains every step in a human conversational tone you can actually follow.So I ask again.Do you want to stop coding like the previous generation - and start engineering like a modern professional developer who builds software that lasts?If your answer is yes, then this book is for you.Inside, you will learn how to: - modernize your Swift codebase using state-driven structures- simplify your UI architecture using clean separating boundaries- design components that feel natural across multiple device types- make your app more stable, more resilient, and easier to extend- test your features efficiently without slowing down shipping speed- ship confidently with modern tooling, automation, and integration practicesThis is the reference you keep on your desk and continue to return to. Not only to learn - but to rethink how you build software.-Author's note: This book is an independent educational publication. It is not affiliated with or endorsed by any company or platform owner. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Etat : new. Paperback. What if the drones of tomorrow could think, adapt, and evolve? What if they could collaborate with each other, predict failures before they happen, and operate seamlessly across land, air, and even space?"Next-Generation Drone Systems Engineering: Intelligent Architectures, AI Integration, and the Future of Autonomous Flight" takes you inside that future-one being built right now by engineers, researchers, and visionaries redefining aerial technology.This isn't just another overview of drones. It's a deep, structured, and practical exploration of how modern engineering, artificial intelligence, and autonomous design principles are merging to create smarter, more resilient, and more efficient unmanned systems. Whether you're an engineer, researcher, student, or curious professional, this book equips you with the technical understanding and system-level thinking needed to build or analyze next-generation aerial systems.Inside, you'll explore: How AI and machine learning are transforming navigation, decision-making, and predictive maintenance.The evolution of architectures that enable scalability, modularity, and fault-tolerance in complex drone fleets.Real-world case studies showing the transition from manual flight control to adaptive, self-healing systems.Practical methods for integrating edge computing, data analytics, and cloud infrastructure for fleet management.The future of aerial intelligence-from bio-inspired designs to quantum-enhanced decision systems.Have you ever wondered how autonomous flight will shape industries like logistics, agriculture, security, or even smart cities?Are you ready to understand the underlying frameworks that make drones more than just flying machines-but intelligent, interconnected systems?This book was written to bridge that curiosity with knowledge-giving you not just theoretical understanding but also actionable engineering insight. Every chapter has been carefully structured for clarity, research depth, and long-term relevance in an era where technology moves faster than ever.If you're passionate about innovation, engineering excellence, and the future of aerial autonomy, this comprehensive guide will challenge your thinking, sharpen your design approach, and expand your vision of what's possible in drone systems engineering.So, the question is-are you ready to see what the next generation of drones will look like, and how you can help shape it? This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Etat : new. Paperback. Have you ever wondered how engineers build smart devices that sense, connect, and communicate intelligently - all without constant human input?Do you want to move beyond blinking LEDs and truly understand how to create professional-grade Internet-connected systems from the ground up?Mastering ESP-IDF: The Complete Engineer's Guide to Building IoT Systems with ESP32 and Beyond was written for you.This isn't just another "quick start" guide that stops at basic examples. It's a comprehensive, engineer-level handbook that teaches you how to design, develop, and deploy complete IoT systems using open-source tools and modern embedded design techniques. Whether you're an entry-level developer, an intermediate engineer, or a professional looking to deepen your expertise, this book takes you step by step through the essential concepts and workflows used in real-world projects.You'll learn how to structure firmware, integrate multiple peripherals, communicate securely over networks, and optimize performance for reliability and power efficiency. Every topic is explained clearly, with practical code examples, technical reasoning, and industry-tested best practices - the kind of insight that helps you build systems that work not only in the lab but also in demanding production environments.Throughout this book, you'll explore: How to design end-to-end IoT architectures that combine sensors, gateways, and cloud platformsThe use of ESP-IDF APIs to manage peripherals, networking, and security featuresDetailed approaches to debugging, testing, and optimizing performanceTechniques for data logging, visualization, and remote control of connected systemsPractical examples such as building energy monitoring and automation applicationsAdvanced strategies for scalability, fault tolerance, and efficient power managementWhat makes this guide different is its practical engineering mindset. Instead of repeating the same tutorials found everywhere, it focuses on how real professionals think when designing and maintaining embedded systems. You'll understand why certain approaches work, when to use them, and how to apply them in scalable architectures.Even if you're just starting out, the structured progression of topics will help you grow your skills confidently - from understanding low-level microcontroller behavior to deploying full IoT ecosystems that connect to cloud-based platforms.So, ask yourself: Are you ready to move from beginner projects to professional IoT development?Do you want to build systems that are secure, efficient, and reliable - not just functional?Would you like to understand how modern embedded engineers think and design?If your answer is yes, then this book will guide you every step of the way.Mastering ESP-IDF is your all-in-one companion for learning how to architect, code, and deliver robust connected systems that go far beyond simple examples - helping you gain the confidence and skill to turn any IoT idea into a complete, working solution. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Etat : new. Paperback. Have you ever wondered how the tiny brains inside modern machines think, react, and connect to the world around them? How do industrial robots, smart sensors, and connected home devices all work seamlessly in real time? And more importantly-how could you learn to design and build systems like these from the ground up?"Modern Embedded Design with STM32: Practical Firmware Engineering for Real-Time IoT and Intelligent Edge Systems" was written for engineers, students, and innovators who are ready to move beyond theory and start building intelligent embedded solutions that actually work in the real world.This isn't another collection of abstract explanations or recycled examples. Instead, it's a clear, structured, and hands-on guide that walks you through every essential step of embedded design-from low-level hardware interaction to high-level system intelligence and cloud connectivity. Each chapter builds on the last, showing not just what to do, but why it works, and how to make it better.You'll learn how modern microcontrollers manage real-time processes, how to design efficient firmware architectures, and how to integrate sensors, communication modules, and intelligent edge algorithms into one reliable system. The book's approach focuses on practical clarity, teaching you how to think like an embedded engineer-someone who balances hardware precision with software logic and system efficiency.Throughout the chapters, you'll explore how to: Design and program reliable embedded systems using proven engineering methods.Work with digital and analog peripherals to control, measure, and interact with the physical world.Build stable and responsive firmware architectures for real-time tasks.Implement communication interfaces and connect devices securely to cloud or edge networks.Develop efficient, maintainable, and scalable embedded applications for modern IoT systems.Apply structured debugging and optimization techniques that professional developers use every day.Whether you're developing a robotic platform, an industrial controller, or a sensor-based smart device, this book equips you with the knowledge and confidence to build solutions that are robust, intelligent, and adaptable to future technologies.If you've ever felt frustrated by the complexity of embedded systems-or overwhelmed by countless technical terms without clear explanations-this book is designed to simplify that learning curve. It bridges the gap between hardware and software in a way that feels natural, logical, and hands-on.So, are you ready to understand what truly makes embedded systems smart?Are you prepared to move from simple experiments to building real, intelligent, and connected devices?Then open the pages of this book and start your journey into the modern world of embedded design-where engineering precision meets creative innovation. 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. Etat : new. Paperback. Smart Project Strategies for IoT, Robotics, and Interactive Hardware Systemsby Dr. Brian JakesAre you tired of jumping between half-finished Arduino tutorials, inconsistent forums, or YouTube videos that skip the most important steps? Do you want to stop copying and pasting code and finally understand how everything connects-both literally and logically?Whether you're a hands-on hobbyist, a curious student, or a developer aiming to prototype smarter hardware solutions, Blueprints for Arduino Builders was written for someone like you. This book isn't just about blinking LEDs or making servo motors twitch. It's a deeper conversation about why things work, how to structure projects from idea to execution, and what separates a messy breadboard from a scalable, thoughtful system.What Makes This Book Different?We don't just show you what to do-we walk you through why it matters. You'll build, test, and refine real hardware systems while learning essential strategies used by engineers, educators, and DIY innovators alike. You'll stop thinking in terms of "cool projects" and start designing in terms of systems that solve problems.Inside, we cover: Core design patterns for Arduino-based systems, from power regulation to safe wiring strategies.Modular thinking: Learn to break down ideas into reusable hardware/software components.IoT and wireless communication with examples using common radio modules and web-based control.Sensor fusion and decision logic: Go beyond "if this, then that" with more robust input handling.Real-world integration, including power management, environmental feedback, and case design.User interaction and feedback loops through sound, light, and display output systems.Prototyping to production: Transition from breadboard to PCB layout, manufacturing, and testing.Collaboration strategies, including documentation workflows, open sharing, and license models.Ask Yourself This: Do your Arduino projects actually scale, or do they stay tangled in jumper wires and fragile code?When something breaks, do you know where to look first-and more importantly, how to fix it?Are you still relying on copy-paste examples-or are you ready to take control of your design?This book assumes you have a basic understanding of Arduino and electronics, but it bridges that early knowledge into applied confidence. You'll be challenged, supported, and invited to build smarter-not harder.Who This Book Is For: Intermediate builders ready to move from experimentation to practical systems.Educators and STEM mentors seeking structured, transferable project approaches.Hobbyists eager to contribute to open hardware communities with polish and purpose.Inventors prototyping the next interactive gadget, environmental monitor, or robotic assistant.This isn't just a guide. It's a blueprint for turning curiosity into capability. Let's build something that works-and keeps working.Are you ready to go beyond the basics?Grab your copy of Blueprints for Arduino Builders and let's get building-smarter, cleaner, and with purpose. 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. Etat : new. Paperback. So let me ask you directly as a serious developer.Are you still building apps using older patterns, older UI thinking, older concurrency habits - and you already know deep down that you are behind what modern mobile engineering is now demanding?If you are honest with yourself. do you feel that your current skill level is not yet positioned to produce highly competitive, future-ready apps across multiple form-factors, multiple screens, multiple device classes, and multiple interaction surfaces?And do you want to change that permanently?This book was created exactly for that purpose.It is not another surface-level mobile development book. It is a deeply structured, technical, highly modern engineering reference for developers who want to build software that is robust, composable, testable, architecturally clean, and capable of scaling into the next several OS cycles without rewriting entire codebases.You will explore modern Swift patterns and structures that eliminate unpredictable code paths and reduce state-related bugs. You will see how to shape user interfaces that feel fluid, responsive, visually coherent, and motion-aware. You will learn how to build your features as composable modules instead of monolithic files. You will see how to take advantage of modern concurrency tools to remove bottlenecks, improve launch time, and reduce wasted energy usage.You will understand how to build with layered abstractions that protect you from platform changes and allow you to adopt new capabilities without rewriting everything from scratch.This book gives you the mindset, engineering posture, and design vocabulary that senior teams now expect. And it explains every step in a human conversational tone you can actually follow.So I ask again.Do you want to stop coding like the previous generation - and start engineering like a modern professional developer who builds software that lasts?If your answer is yes, then this book is for you.Inside, you will learn how to: - modernize your Swift codebase using state-driven structures- simplify your UI architecture using clean separating boundaries- design components that feel natural across multiple device types- make your app more stable, more resilient, and easier to extend- test your features efficiently without slowing down shipping speed- ship confidently with modern tooling, automation, and integration practicesThis is the reference you keep on your desk and continue to return to. Not only to learn - but to rethink how you build software.-Author's note: This book is an independent educational publication. It is not affiliated with or endorsed by any company or platform owner. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.