Data Structures Mastery
Boost your coding and problem-solving skills with our hands-on data structure and algorithm course. Whether you're preparing for placements or competitive programming, this course helps you learn data structures and algorithms from scratch to advanced levels with real-time practice.
Level : Intermediate
Duration :120 hrs
Rating : 4.9/5
Language : Java
Activate this Course for :
₹ 5999
5999
Activate this Course for :
₹ 6999
6999
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Data Structures Mastery Course Overview
Understand the fundamentals of data structure and algorithm design
Master arrays, linked lists, stacks, queues, trees, graphs, and hash maps
Learn algorithms such as sorting, searching, recursion, dynamic programming, and greedy techniques
Practice time and space complexity analysis to write optimized code
Work on real-world problems, coding challenges, and mock interviews
Data Structures Mastery Course Includes
Certification After completing the courses
Enjoy Lifetime access to course materials
Assessments to track your progress
Leaderboard updates based on Your progress
Data Structures Mastery Course Contents
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1.1.What are Data Structures?
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1.2.Types: Linear vs Non-linear
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1.3.Abstract Data Types (ADT)
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1.4.Role in Programming and Problem Solving
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1.1.What are Data Structures?
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1.2.Types: Linear vs Non-linear
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1.3.Abstract Data Types (ADT)
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1.4.Role in Programming and Problem Solving
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2.1.Static and Dynamic Arrays
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2.2.Array Operations (Insert, Delete, Traverse)
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2.3.Time and Space Complexity
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2.4.Multi-dimensional Arrays
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2.1.Static and Dynamic Arrays
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2.2.Array Operations (Insert, Delete, Traverse)
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2.3.Time and Space Complexity
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2.4.Multi-dimensional Arrays
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3.1.Singly Linked List
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3.2.Operations: Insert, Delete, Search
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3.3.Traversal and Display
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3.4.Applications of Linked Lists
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3.1.Singly Linked List
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3.2.Operations: Insert, Delete, Search
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3.3.Traversal and Display
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3.4.Applications of Linked Lists
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4.1.Doubly Linked List
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4.2.Circular Linked List
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4.3.Complexity Analysis
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4.4.Use Cases in Real Systems
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4.1.Doubly Linked List
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4.2.Circular Linked List
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4.3.Complexity Analysis
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4.4.Use Cases in Real Systems
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5.1.Stack Operations: Push, Pop, Peek
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5.2.Array and Linked List Implementations
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5.3.Infix, Prefix, Postfix Expressions
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5.4.Balanced Parentheses
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5.1.Stack Operations: Push, Pop, Peek
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5.2.Array and Linked List Implementations
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5.3.Infix, Prefix, Postfix Expressions
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5.4.Balanced Parentheses
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6.1.Queue Operations: Enqueue, Dequeue
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6.2.Circular Queue
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6.3.Priority Queue and Deque
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6.4.Real-World Examples
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6.1.Queue Operations: Enqueue, Dequeue
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6.2.Circular Queue
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6.3.Priority Queue and Deque
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6.4.Real-World Examples
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7.1.Understanding Recursion
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7.2.Recursive vs Iterative Approach
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7.3.Backtracking Examples
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7.4.Tail Recursion
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7.1.Understanding Recursion
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7.2.Recursive vs Iterative Approach
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7.3.Backtracking Examples
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7.4.Tail Recursion
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8.1.Linear Search, Binary Search
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8.2.Binary Search Variants
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8.3.Time Complexity Analysis
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8.4.Practical Use Cases
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8.1.Linear Search, Binary Search
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8.2.Binary Search Variants
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8.3.Time Complexity Analysis
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8.4.Practical Use Cases
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9.1.Bubble Sort, Selection Sort, Insertion Sort
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9.2.Comparison and Complexity
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9.3.Stable vs Unstable Sorts
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9.1.Bubble Sort, Selection Sort, Insertion Sort
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9.2.Comparison and Complexity
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9.3.Stable vs Unstable Sorts
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10.1.Merge Sort and Quick Sort
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10.2.Divide and Conquer Strategy
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10.3.Recursive Implementation
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10.1.Merge Sort and Quick Sort
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10.2.Divide and Conquer Strategy
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10.3.Recursive Implementation
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11.1.Heap Sort
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11.2.Counting Sort, Radix Sort, Bucket Sort
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11.3.Comparison and Use Cases
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11.1.Heap Sort
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11.2.Counting Sort, Radix Sort, Bucket Sort
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11.3.Comparison and Use Cases
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12.1.Hash Functions and Collisions
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12.2.Linear and Quadratic Probing
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12.3.Chaining
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12.4.Hash Table Implementation
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12.1.Hash Functions and Collisions
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12.2.Linear and Quadratic Probing
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12.3.Chaining
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12.4.Hash Table Implementation
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13.1.Binary Trees and Traversals
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13.2.Recursive and Iterative Traversals
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13.3.Tree Implementation
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13.1.Binary Trees and Traversals
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13.2.Recursive and Iterative Traversals
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13.3.Tree Implementation
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14.1.Insert, Delete, Search in BST
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14.2.Inorder, Preorder, Postorder Traversals
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14.3.Balanced vs Unbalanced BST
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14.1.Insert, Delete, Search in BST
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14.2.Inorder, Preorder, Postorder Traversals
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14.3.Balanced vs Unbalanced BST
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15.1.Binary Heap and Heapify
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15.2.Insert and Delete in Heap
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15.3.Heap as Priority Queue
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15.4.Applications in Algorithms
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15.1.Binary Heap and Heapify
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15.2.Insert and Delete in Heap
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15.3.Heap as Priority Queue
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15.4.Applications in Algorithms
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16.1.Graph Terminology and Representations (Adjacency Matrix/List)
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16.2.Directed vs Undirected Graphs
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16.3.Graph Traversals: BFS and DFS
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16.1.Graph Terminology and Representations (Adjacency Matrix/List)
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16.2.Directed vs Undirected Graphs
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16.3.Graph Traversals: BFS and DFS
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17.1.Minimum Spanning Tree (Kruskal's, Prim's)
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17.2.Shortest Path Algorithms (Dijkstra, Floyd-Warshall)
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17.3.Topological Sorting
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17.1.Minimum Spanning Tree (Kruskal's, Prim's)
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17.2.Shortest Path Algorithms (Dijkstra, Floyd-Warshall)
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17.3.Topological Sorting
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18.1.Trie Structure and Word Storage
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18.2.Insert, Search, and Delete in Tries
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18.3.Suffix Trees and Applications
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18.1.Trie Structure and Word Storage
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18.2.Insert, Search, and Delete in Tries
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18.3.Suffix Trees and Applications
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19.1.Real-World Use Cases
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19.2.DSA in Competitive Programming
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19.3.End-to-End Implementation of Projects
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19.1.Real-World Use Cases
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19.2.DSA in Competitive Programming
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19.3.End-to-End Implementation of Projects
Benefits
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Our integrated IDE compiler offers a unified platform for writing, executing, and debugging code efficiently. With real-time execution and instant feedback, users can test and optimize their code seamlessly.

we organize coding contests within the platform, offering users the opportunity to compete against peers, test their problem-solving abilities, and enhance their skills through time-bound challenges and real-world scenarios

We maintain a personalized profile for each user, tracking their learning progress, performance in coding problems, and achievements,It also includes a record of completed contests, certifications earned, and coding skills developed etc

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