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DSA 8 Week Learning Plan

The document outlines an 8-week learning plan for Data Structures and Algorithms (DSA) aimed at beginners progressing to intermediate level. Each week focuses on specific topics such as arrays, sorting algorithms, strings, hashing, recursion, stacks, queues, linked lists, and trees/graphs, with daily tasks including learning concepts and practicing problems. The plan emphasizes daily goals of learning and practicing questions, with weekends dedicated to review and mock interviews.

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shakir052btech
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140 views3 pages

DSA 8 Week Learning Plan

The document outlines an 8-week learning plan for Data Structures and Algorithms (DSA) aimed at beginners progressing to intermediate level. Each week focuses on specific topics such as arrays, sorting algorithms, strings, hashing, recursion, stacks, queues, linked lists, and trees/graphs, with daily tasks including learning concepts and practicing problems. The plan emphasizes daily goals of learning and practicing questions, with weekends dedicated to review and mock interviews.

Uploaded by

shakir052btech
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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DSA 8-Week Learning Plan (Beginner to Intermediate)

Week 1: Basics of Programming & Arrays

- Day 1: Time & Space Complexity (Big O notation)

- Day 2: Arrays - Basics, Traversal, Input/Output

- Day 3: Array Insertion & Deletion

- Day 4: Linear Search, Binary Search

- Day 5: Practice Easy Array problems

- Day 6: Two Pointer Technique (Pair Sum, etc.)

- Day 7: Revision + Practice 3-5 questions

Week 2: Sorting Algorithms

- Day 8: Bubble Sort

- Day 9: Selection & Insertion Sort

- Day 10: Merge Sort

- Day 11: Quick Sort

- Day 12: Inbuilt Sort (Java/C++/Python)

- Day 13: Sorting based practice problems

- Day 14: Revision + Timed Practice

Week 3: Strings

- Day 15: String Basics & Functions

- Day 16: String Reversal, Palindrome

- Day 17: Count Vowels, Consonants, Frequency

- Day 18: Anagram, Substrings

- Day 19: String Problems on Leetcode


- Day 20: Pattern Matching (Naive, KMP)

- Day 21: Revision + Practice

Week 4: Hashing & STL

- Day 22: Hash Tables, Hash Maps

- Day 23: Frequency Counting using HashMap

- Day 24: Set, Unordered Set, Map basics

- Day 25: Practice problems (2 Sum, Majority Element)

- Day 26: Count Distinct Elements

- Day 27: HashMap-based string problems

- Day 28: Revision

Week 5: Recursion & Backtracking

- Day 29: Recursion Basics

- Day 30: Factorial, Fibonacci using Recursion

- Day 31: Backtracking Concept

- Day 32: N-Queen Problem

- Day 33: Rat in a Maze, Sudoku Solver

- Day 34: Practice Recursive Problems

- Day 35: Revision

Week 6: Stack & Queue

- Day 36: Stack using Array/List

- Day 37: Infix to Postfix, Valid Parentheses

- Day 38: Queue and Circular Queue

- Day 39: Deque, Priority Queue

- Day 40: Stack & Queue Problems


- Day 41: Real-life Applications

- Day 42: Revision + Practice

Week 7: Linked List

- Day 43: Singly Linked List - Create, Traverse

- Day 44: Insert/Delete in Linked List

- Day 45: Reverse a Linked List

- Day 46: Detect Loop (Floyd's Algorithm)

- Day 47: Merge Two Sorted Lists

- Day 48: Doubly & Circular Linked List

- Day 49: Practice Questions

Week 8: Trees & Graphs (Intro)

- Day 50: Tree Basics, Binary Tree

- Day 51: Traversals - Inorder, Preorder, Postorder

- Day 52: Height, Diameter of Tree

- Day 53: Binary Search Tree (BST)

- Day 54: Graph Basics - Adjacency List

- Day 55: BFS, DFS

- Day 56: Practice + Final Revision

Daily Goal: Learn + Practice 3-5 questions per topic.

Weekend: Review + Mock Interview Practice

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