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 tree data structures, covering basic terminology and binary trees, laying the groundwork for more advanced tree-based structures.