This comprehensive course teaches data structures using C and C++ with a strong focus on implementation and low-level understanding. It is designed for learners who already have basic knowledge of programming and pointers and want to strengthen their understanding of how data structures work internally.

The course begins with an introduction to data structures and explains how lists can be represented as abstract data types. It then moves into linked lists, one of the most important linear data structures, and compares them with arrays to highlight their advantages and disadvantages.

You will learn how to implement linked lists in C/C++, including inserting and deleting nodes, reversing linked lists using both iterative and recursive approaches, and working with doubly linked lists.

The course also covers stacks and queues in detail, including array and linked list implementations. It explains practical applications such as reversing strings, checking balanced parentheses, and evaluating expressions using stack operations.

In addition, the course introduces trees and binary search trees, covering insertion, deletion, traversal methods, and important operations like finding minimum, maximum, and height of a tree.

Finally, it covers graph theory concepts and different ways to represent graphs, including edge lists, adjacency matrices, and adjacency lists.

By the end of this course, learners will have a deep understanding of data structures implementation in C and C++ and will be well-prepared for technical interviews and advanced programming concepts.