In this module, we will explore dynamic memory allocation techniques in C. From malloc() and calloc() to realloc(), you'll learn the basics of handling memory in C before diving deeper into C++ memory management.

In this module, we will discuss memory allocation in C++ using the new and new[] operators. You will learn to allocate memory, manage arrays, and handle memory allocation failures effectively, setting the stage for smart pointer usage.

In this module, we will introduce the concept of smart pointers in C++, explaining their significance and how they overcome common pitfalls associated with raw pointers, offering safer and more efficient memory management.

In this module, we will dive into std::unique_ptr, showcasing its usage in managing dynamic memory. You will learn how to safely return and pass unique_ptrs, which helps ensure proper memory management and ownership semantics.

In this module, we will focus on replacing raw pointers with smart pointers to eliminate common memory management errors. We will discuss strategies for preventing uninitialized pointers, dangling references, and the importance of exception safety.

In this module, we will introduce custom deleters within smart pointers, providing more flexibility and control over memory management. We’ll cover how to define and use custom deleters to handle various memory management scenarios effectively.

In this module, we will focus on std::make_unique and its role in simplifying memory management. You’ll learn how to use it to manage dynamic arrays safely and explore advanced techniques for efficient memory handling.

In this module, we will introduce the PIMPL (Pointer to IMPLementation) idiom, which is a valuable technique for hiding implementation details and managing memory more effectively in C++.

In this module, we will walk through a project that implements key concepts of smart pointers in C++. You’ll develop a game and an object pool, applying everything you’ve learned about memory management using smart pointers.

In this module, we will cover advanced C++ concepts, including constructor behavior, observer patterns, and operator overloading. You’ll also learn about constexpr unique_ptr for compile-time memory management.