Understanding OOP Concepts in ANSI C

Ever wondered how modern object-oriented features like classes and dynamic dispatch actually work at the lower level? Understanding how higher-level programming abstractions map to low-level memory structures is essential for writing efficient, predictable code. This course guides you through implementing key object-oriented concepts from scratch using standard ANSI C features. You will begin by learning essential foundational concepts, memory layout fundamentals, and pointer mechanics. Next, you will examine how to represent state, enforce data encapsulation, and build dynamic behaviors manually without relying on object-oriented language runtimes. What you will learn: Understand fundamental memory structures, function pointers, and low-level terminology. Implement robust encapsulation using C structures and opaque pointer techniques. Build inheritance relationships through structure nesting and explicit composition patterns. Create virtual function tables to achieve dynamic polymorphism and dispatch. Manage manual memory allocation and object lifecycles safely in ANSI C. Explore modern C software design practices and basic static analysis concepts. You will progress systematically from fundamental language mechanics to structuring complete object-oriented architectures in plain C. This course is ideal for beginner programmers eager to explore system internals, with no prior experience in advanced compiler design required. Start reading today to deepen your understanding of software architecture.