This comprehensive course introduces C++ programming with a focus on robotics applications. Starting from the basics, learners are guided through installing and running C++ code, using external libraries, and organizing code with the std namespace. Core concepts such as input/output operations with cout and endl, implementing the main function, and working with variables, data types, and control flow are thoroughly explained.

The course then dives into arrays, vectors, strings, functions, and pointers, equipping learners with practical skills for handling data in robotics projects. Object-oriented programming (OOP) is covered in depth, including classes, inheritance, polymorphism, and advanced concepts such as structs, operator overloading, and templates. Memory management techniques, smart pointers, and multithreading are introduced to optimize performance and ensure safe, efficient code execution in robotic systems.

Additional lessons explore file I/O, lambda expressions, macros, and using the Standard Template Library (STL) for containers, algorithms, and iterators. By combining theory with practical examples, this course prepares learners to develop robust, scalable C++ programs for robotics, making it ideal for beginners and intermediate programmers aiming to apply C++ in real-world robotic applications.