Data Structures and Algorithms Roadmap

Key Concepts in Data Structures and Algorithms

Course Objective:
  • Learn fundamental data structures and algorithms.
  • Understand the principles of designing efficient algorithms.
  • Develop skills to solve complex computational problems.
  • Gain proficiency in analyzing algorithm performance.

1
Introduction to Data Structures and Algorithms:

  • Overview of data structures and algorithms.
  • Key concepts and terminology.
  • Importance in computer science and software development.

2
Basic Data Structures:

  • Arrays: Fixed-size sequential collection of elements.
  • Linked Lists: Sequence of nodes where each node points to the next.
  • Stacks and Queues: LIFO and FIFO data structures.
  • Hash Tables: Efficient data retrieval using hash functions.

3
Advanced Data Structures:

  • Trees: Hierarchical structure with nodes (Binary Trees, AVL Trees).
  • Graphs: Set of nodes connected by edges (Directed, Undirected).
  • Heaps: Binary trees for priority queues (Min-Heap, Max-Heap).
  • Tries: Efficient retrieval of strings.

4
Basic Algorithms:

  • Sorting: Bubble Sort, Insertion Sort, Selection Sort.
  • Searching: Linear Search, Binary Search.
  • Recursion: Recursive techniques and problem-solving.

5
Advanced:

  • Sorting: Quick Sort, Merge Sort, Heap Sort.
  • Searching: Depth-First Search (DFS), Breadth-First Search (BFS).
  • Dynamic Programming: Optimizing complex problems by breaking them down.

6
Algorithm Design and Analysis:

  • Big O Notation: Analyzing time and space complexity.
  • Divide and Conquer: Breaking problems into subproblems.
  • Greedy Algorithms: Making locally optimal choices.
  • Graph Algorithms: Shortest path, Minimum spanning tree.

7
Project Work:

  • Hands-on projects to apply learned concepts.
  • Developing efficient algorithms for real-world problems.
  • Testing and optimizing code.
Skills You'll Gain:
  • Proficiency in fundamental and advanced data structures.
  • Ability to design and analyze efficient algorithms.
  • Knowledge of algorithm performance and complexity.
  • Experience with practical problem-solving.
Duration:

Typically ranges from 6 to 12 weeks, depending on the course intensity and format.

Certification:

Earn a certificate of completion that can be added to your resume or LinkedIn profile.

Online

6,999/-

9,999/-
  • Limited Seats Only
  • Weekly Tasks
  • 100+ Interview Questions
  • 24/7 Doubt Clarification
Contact US

Recorded Content

3,999/-

9,999/-
  • Study Material
  • Recorded Videos
  • 50+ Interview Questions
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Online

7,999/-

9,999/-
  • Limited Seats Only
  • Weekly Tasks
  • 100+ Interview Questions
  • 24/7 Doubt Clarification
Contact US

Recorded Content

4,999/-

9,999/-
  • Study Material
  • Recorded Videos
  • 50+ Interview Questions
  • 24/7 Doubt Clarification
Contact US