How File Systems Really Work Beneath Your Devices
FAT12 by Björn Götz
Stop guessing what the bytes on disk mean and build the filesystem yourself. Over twelve chapters you implement FAT12 from scratch in C, from the first sector read to formatting a fresh volume, and check every step against a hexdump. Then you boot the exact same code inside your own kernel and watch it write and read files on bare metal.
How Computers Work_ Why AI Is Sparking New Curiosity
FAT12 by Björn Götz
Stop guessing what the bytes on disk mean and build the filesystem yourself. Over twelve chapters you implement FAT12 from scratch in C, from the first sector read to formatting a fresh volume, and check every step against a hexdump. Then you boot the exact same code inside your own kernel and watch it write and read files on bare metal.
How Computers Really Work_ The Magic Beneath the Surface
FAT12 by Björn Götz
Stop guessing what the bytes on disk mean and build the filesystem yourself. Over twelve chapters you implement FAT12 from scratch in C, from the first sector read to formatting a fresh volume, and check every step against a hexdump. Then you boot the exact same code inside your own kernel and watch it write and read files on bare metal.
How Computers Really Work_ A Guide Anyone Can Enjoy
FAT12 by Björn Götz
Stop guessing what the bytes on disk mean and build the filesystem yourself. Over twelve chapters you implement FAT12 from scratch in C, from the first sector read to formatting a fresh volume, and check every step against a hexdump. Then you boot the exact same code inside your own kernel and watch it write and read files on bare metal.
Build a FAT12 Filesystem From Scratch_ A Step-by-Step Guide
FAT12 by Björn Götz
Stop guessing what the bytes on disk mean and build the filesystem yourself. Over twelve chapters you implement FAT12 from scratch in C, from the first sector read to formatting a fresh volume, and check every step against a hexdump. Then you boot the exact same code inside your own kernel and watch it write and read files on bare metal.
When AI Software Goes Offline_ The Risk of No Updates
Dear Software & AI Architect by Shweta Vohra
AI is changing not only what architects build, but what it means to be an architect.Dear Software and AI Architect is a practical guide for software architects and emerging AI architects who want to navigate ambiguity, make better trade offs, design intelligent systems people can trust, and connect architecture decisions to real business impact.Inside, you’ll find 50+ practical caselets, expert perspectives, field tested lessons, and the Architect’s V Impact Canvas to help you build with context and lead with clarity as software and AI engineering converge.The book draws on my more than two decades of experience working with complex software, cloud, platform, and AI systems, translating lessons from the field into ideas you can apply in your own architecture journey.And decorating this journey is a foreword by my mentor, Grady Booch, UML co creator and one of the most influential voices in software architecture.This is not a book about chasing AI hype. It is about becoming the architect this new era demands.
Platform Engineering_ Why Software Architecture Is Always Moving
Dear Software & AI Architect by Shweta Vohra
AI is changing not only what architects build, but what it means to be an architect.Dear Software and AI Architect is a practical guide for software architects and emerging AI architects who want to navigate ambiguity, make better trade offs, design intelligent systems people can trust, and connect architecture decisions to real business impact.Inside, you’ll find 50+ practical caselets, expert perspectives, field tested lessons, and the Architect’s V Impact Canvas to help you build with context and lead with clarity as software and AI engineering converge.The book draws on my more than two decades of experience working with complex software, cloud, platform, and AI systems, translating lessons from the field into ideas you can apply in your own architecture journey.And decorating this journey is a foreword by my mentor, Grady Booch, UML co creator and one of the most influential voices in software architecture.This is not a book about chasing AI hype. It is about becoming the architect this new era demands.
AI Oversight_ Why Human-in-the-Loop Isn’t Enough
Dear Software & AI Architect by Shweta Vohra
AI is changing not only what architects build, but what it means to be an architect.Dear Software and AI Architect is a practical guide for software architects and emerging AI architects who want to navigate ambiguity, make better trade offs, design intelligent systems people can trust, and connect architecture decisions to real business impact.Inside, you’ll find 50+ practical caselets, expert perspectives, field tested lessons, and the Architect’s V Impact Canvas to help you build with context and lead with clarity as software and AI engineering converge.The book draws on my more than two decades of experience working with complex software, cloud, platform, and AI systems, translating lessons from the field into ideas you can apply in your own architecture journey.And decorating this journey is a foreword by my mentor, Grady Booch, UML co creator and one of the most influential voices in software architecture.This is not a book about chasing AI hype. It is about becoming the architect this new era demands.
AI Explainability vs. Efficiency_ The Industry’s Toughest Trade-Off
Dear Software & AI Architect by Shweta Vohra
AI is changing not only what architects build, but what it means to be an architect.Dear Software and AI Architect is a practical guide for software architects and emerging AI architects who want to navigate ambiguity, make better trade offs, design intelligent systems people can trust, and connect architecture decisions to real business impact.Inside, you’ll find 50+ practical caselets, expert perspectives, field tested lessons, and the Architect’s V Impact Canvas to help you build with context and lead with clarity as software and AI engineering converge.The book draws on my more than two decades of experience working with complex software, cloud, platform, and AI systems, translating lessons from the field into ideas you can apply in your own architecture journey.And decorating this journey is a foreword by my mentor, Grady Booch, UML co creator and one of the most influential voices in software architecture.This is not a book about chasing AI hype. It is about becoming the architect this new era demands.
AI Automation Is Moving Beyond the Human-in-the-Loop
Dear Software & AI Architect by Shweta Vohra
AI is changing not only what architects build, but what it means to be an architect.Dear Software and AI Architect is a practical guide for software architects and emerging AI architects who want to navigate ambiguity, make better trade offs, design intelligent systems people can trust, and connect architecture decisions to real business impact.Inside, you’ll find 50+ practical caselets, expert perspectives, field tested lessons, and the Architect’s V Impact Canvas to help you build with context and lead with clarity as software and AI engineering converge.The book draws on my more than two decades of experience working with complex software, cloud, platform, and AI systems, translating lessons from the field into ideas you can apply in your own architecture journey.And decorating this journey is a foreword by my mentor, Grady Booch, UML co creator and one of the most influential voices in software architecture.This is not a book about chasing AI hype. It is about becoming the architect this new era demands.
Building Features with Claude AI_ How to Stop Scope Creep
Your agent writes the migration faster than you would, so most of the code you answer for this year is code you read. What piles up is comprehension debt: code you are accountable for and cannot explain. Twenty-five chapters, one exercise each, teach what transfers to the next model, the next codebase and the next job: what you are the last check on.
AI Skills for Junior Engineers_ Build Your Career
Your agent writes the migration faster than you would, so most of the code you answer for this year is code you read. What piles up is comprehension debt: code you are accountable for and cannot explain. Twenty-five chapters, one exercise each, teach what transfers to the next model, the next codebase and the next job: what you are the last check on.
AI Is Changing Junior Engineering—Here’s How to Stay Ahead
Your agent writes the migration faster than you would, so most of the code you answer for this year is code you read. What piles up is comprehension debt: code you are accountable for and cannot explain. Twenty-five chapters, one exercise each, teach what transfers to the next model, the next codebase and the next job: what you are the last check on.
AI Coding Agents_ Stop Refactors From Becoming Scope Creep
Your agent writes the migration faster than you would, so most of the code you answer for this year is code you read. What piles up is comprehension debt: code you are accountable for and cannot explain. Twenty-five chapters, one exercise each, teach what transfers to the next model, the next codebase and the next job: what you are the last check on.
AI Agent Planning_ Why Small Tasks Work Better
Your agent writes the migration faster than you would, so most of the code you answer for this year is code you read. What piles up is comprehension debt: code you are accountable for and cannot explain. Twenty-five chapters, one exercise each, teach what transfers to the next model, the next codebase and the next job: what you are the last check on.
What Is a Use Case_ A Guide for Teams and AI Agents
Writing Use Cases for AI by Simon Martinelli
Your use cases have a new reader: an AI agent that turns them directly into code and tests. Implementation is now cheap but expressing intent precisely is the bottleneck. This guide teaches you to write use cases that work for stakeholders, engineers, and the AI agents that implement from them.
Use Cases Explained_ Make Complex Systems Easy to Understand
Writing Use Cases for AI by Simon Martinelli
Your use cases have a new reader: an AI agent that turns them directly into code and tests. Implementation is now cheap but expressing intent precisely is the bottleneck. This guide teaches you to write use cases that work for stakeholders, engineers, and the AI agents that implement from them.
Use Case Decomposition_ Turn 22 Pages Into Clear Functions
Writing Use Cases for AI by Simon Martinelli
Your use cases have a new reader: an AI agent that turns them directly into code and tests. Implementation is now cheap but expressing intent precisely is the bottleneck. This guide teaches you to write use cases that work for stakeholders, engineers, and the AI agents that implement from them.
The Biggest Mistake When Writing AI Use Cases
Writing Use Cases for AI by Simon Martinelli
Your use cases have a new reader: an AI agent that turns them directly into code and tests. Implementation is now cheap but expressing intent precisely is the bottleneck. This guide teaches you to write use cases that work for stakeholders, engineers, and the AI agents that implement from them.
Better Writing Makes AI Work Better
Writing Use Cases for AI by Simon Martinelli
Your use cases have a new reader: an AI agent that turns them directly into code and tests. Implementation is now cheap but expressing intent precisely is the bottleneck. This guide teaches you to write use cases that work for stakeholders, engineers, and the AI agents that implement from them.
Why Advanced Textbooks Leave Beginners Behind
Solutions of the Cahn Hilliard Equations by Rahul Basu
How do complex phase-separation processes become solvable mathematical models?The Cahn–Hilliard equations lie at the heart of modern phase-field modeling—but their nonlinear, higher-order nature makes them notoriously challenging to solve.Solutions of the Cahn–Hilliard Equations explores analytical, approximate, and numerical approaches for tackling these equations, bringing together mathematical insight and practical solution techniques.A concise reference for researchers, engineers, and postgraduate students working in applied mathematics, computational science, materials modeling, and phase-field methods.Understand the equations. Explore the methods. Solve the problem.Rahul Basu
Just Enter the Data and Get the Solution — Matrix Magic
Solutions of the Cahn Hilliard Equations by Rahul Basu
How do complex phase-separation processes become solvable mathematical models?The Cahn–Hilliard equations lie at the heart of modern phase-field modeling—but their nonlinear, higher-order nature makes them notoriously challenging to solve.Solutions of the Cahn–Hilliard Equations explores analytical, approximate, and numerical approaches for tackling these equations, bringing together mathematical insight and practical solution techniques.A concise reference for researchers, engineers, and postgraduate students working in applied mathematics, computational science, materials modeling, and phase-field methods.Understand the equations. Explore the methods. Solve the problem.Rahul Basu
Why Textbooks Lose You — And How the Matrix Method Fixes It
Solutions of the Cahn Hilliard Equations by Rahul Basu
How do complex phase-separation processes become solvable mathematical models?The Cahn–Hilliard equations lie at the heart of modern phase-field modeling—but their nonlinear, higher-order nature makes them notoriously challenging to solve.Solutions of the Cahn–Hilliard Equations explores analytical, approximate, and numerical approaches for tackling these equations, bringing together mathematical insight and practical solution techniques.A concise reference for researchers, engineers, and postgraduate students working in applied mathematics, computational science, materials modeling, and phase-field methods.Understand the equations. Explore the methods. Solve the problem.Rahul Basu
Why Computers Beat Manual Matrix Calculations Every Time
Solutions of the Cahn Hilliard Equations by Rahul Basu
How do complex phase-separation processes become solvable mathematical models?The Cahn–Hilliard equations lie at the heart of modern phase-field modeling—but their nonlinear, higher-order nature makes them notoriously challenging to solve.Solutions of the Cahn–Hilliard Equations explores analytical, approximate, and numerical approaches for tackling these equations, bringing together mathematical insight and practical solution techniques.A concise reference for researchers, engineers, and postgraduate students working in applied mathematics, computational science, materials modeling, and phase-field methods.Understand the equations. Explore the methods. Solve the problem.Rahul Basu
Why Math Is the Hidden Foundation of Everything Around Us
Solutions of the Cahn Hilliard Equations by Rahul Basu
How do complex phase-separation processes become solvable mathematical models?The Cahn–Hilliard equations lie at the heart of modern phase-field modeling—but their nonlinear, higher-order nature makes them notoriously challenging to solve.Solutions of the Cahn–Hilliard Equations explores analytical, approximate, and numerical approaches for tackling these equations, bringing together mathematical insight and practical solution techniques.A concise reference for researchers, engineers, and postgraduate students working in applied mathematics, computational science, materials modeling, and phase-field methods.Understand the equations. Explore the methods. Solve the problem.Rahul Basu