This course offers an in-depth introduction to modern C++ programming, focusing on features from C++11, C++14, and C++17. You'll master key techniques like memory management, object-oriented programming, operator overloading, and lambda expressions, while gaining hands-on experience through practical examples and projects.
The course begins with C++ basics, including variables, functions, and debugging, before progressing to advanced topics like move semantics, memory management with smart pointers, and exception handling. You'll also explore C++17 features such as structured bindings, parallel algorithms, and advanced template programming. As you advance, you'll work on projects that reinforce concepts like inheritance, composition, file I/O, concurrency, and threading, equipping you with the tools to handle complex tasks efficiently.
This course is perfect for intermediate programmers who want to master modern C++ features. Prior knowledge of basic C++ and object-oriented programming is recommended, though the course is structured to guide you step by step through each concept and feature. By the end, you'll be equipped with the skills to excel in C++ development and the job market.
Applied Learning Project
Throughout the course, learners will build practical projects such as a Library Inventory system, applying modern C++ concepts like memory management, object-oriented programming, and concurrency to handle real-world tasks. These hands-on projects will help solidify their understanding of C++ features and equip them to solve complex problems in software development.
