Learn DSA in languages C, C++, Java, Python, JavaScript and Ruby

What you will learn

Introduction to data structures

Algorithms

Arrays

Linked lists

Stack

Queues

Trees

Graphs

Searching

Sorting

Description

Programming examples are given in all possible languages like C, C++, Java, Python, JavScript, Ruby, etc.

Data structure and algorithms are very important parts of the software and web development careers. One must have a thorough knowledge of DSA to stand out in an IT career. No matter which platform you work on or which language you prefer to code, DSA is a must-have knowledge to grow in the software field.

This is the perfect course for people who want to learn DSA right from the beginning and become masters at the end of the course.

This course is designed for beginners and intermediates, this course will be the perfect choice for people who are new to data structures, here all topics are explained in detail from scratch with suitable examples along with the possible programming code.


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To make it easy to learn for you, topics are explained using real-world examples.

Course overview.

☞ Arrays
☞ Linked List
☞ Stacks
☞ Pointers
☞ Queues
☞ Tree
☞ Binary Tree
☞ Binary Search Tree
☞ AVL Tree
☞ Graph
☞ Set
☞ Hash Table
☞ Algorithms
☞ Brute Force
☞ Greedy
☞ Recursive
☞ Backtracking
☞ Divide & Conquer
☞ Dynamic Programming
☞ Randomized
☞ Bubble Sort
☞ Quick Sort
☞ Selection Sort
☞ Insertion Sort
☞ Heap Sort
☞ Merge Sort
☞ Counting Sort
☞ Bucket Sort
☞ Comb Sort
☞ Hash Functions
☞ AES
☞ RSA
☞ Problems & solutions on numbers, strings, arrays
☞ Problems & solutions on stacks, trees, linked lists, queues
☞ DSA MCQ

English
language

Content

Introduction

Introduction to data structures
Test the learning
Types of data structures
Test
Operation performed on data structures
Quiz
Advantages of data structures
Basic terminology used in data structures
Quiz
Why data structures are needed?
Quiz
Classification of data structures
Applications of data structures
Algorithm definition & characteristics
Data flow of algorithm
Need of algorithms
Real world example of algorithm