This topic builds a strong foundation in core C programming, getting students set up with a compiler and covering the essential building blocks needed before moving into more complex concepts like pointers and memory management.
This topic covers some of C's most important and distinctive concepts — arrays, strings, and pointers — which are essential for understanding how data is stored and manipulated at a low level.
This topic covers how C manages memory manually, along with structures for grouping related data and how to work with files — all essential skills for building real-world C programs.
This topic dives deep into object-oriented programming, the core paradigm that sets C++ apart from C, covering all the essential OOP concepts needed to write well-structured, reusable code.
This topic introduces fundamental data structures implemented using C++, which are essential for solving real-world programming problems efficiently and are heavily tested in technical interviews.
This topic introduces C++'s Standard Template Library, a powerful set of pre-built data structures and algorithms that save developers from reimplementing common functionality.
This final topic lets students apply everything learned throughout the course by building a complete project and practicing problem-solving skills valuable for technical interviews and competitive programming.
This lesson introduces templates, which allow functions and classes to work with generic data types, enabling code reuse without duplicating logic for each type.