Textbook in PDF format Master the Art of Template Metaprogramming and Modern C++ Design Are you ready to take your C++ programming skills beyond the basics and into the world of compile-time optimization, generic programming, and high-performance design? Template Metaprogramming and Design with C++ is your complete guide to understanding and applying the most powerful features of modern C++20/23. Whether you are a software engineer, competitive programmer, or system architect, this book will help you write faster, safer, and smarter C++ code. Inside this book, you’ll discover Step-by-Step Learning Path – From template basics to advanced metaprogramming concepts, explained in clear language with practical examples. Hands-On Projects (14 Total) – Each chapter includes a real-world project, such as building type-safe containers, logging systems, and generic libraries. Modern C++20/23 Features – Concepts, constraints, ranges, coroutines, and other cutting-edge techniques applied to template design. Cheat Sheets & Quick References – Easy look-up tables for syntax, type traits, SFINAE rules, and template idioms. Diagrams & Visual Explanations – Abstract concepts like expression templates, CRTP, and parameter packs explained visually. Exercises with Solutions – Reinforce learning with practice problems, including optional challenge problems for advanced readers. Case Studies & Real-World Applications – See how template metaprogramming powers high-performance game engines, machine learning, and financial modeling frameworks. What You’ll Learn C++ Templates Fundamentals – Function templates, class templates, specialization, and variadic templates. Template Metaprogramming Techniques – Compile-time computation, type traits, SFINAE, and concepts in C++20/23. Design Patterns with Templates – CRTP, policy-based design, and expression templates for optimized performance. Debugging and Best Practices – Common pitfalls, debugging strategies, and writing clean, maintainable template code. Future of C++ Programming – How template metaprogramming continues to evolve beyond C++23