Data Structures & Algorithms Bootcamp in Jaipur

Objective: Master core data structure and algorithm concepts while improving coding efficiency through advanced C++ features like recursion, pointers, and STL.

Objective: Advance your problem-solving skills by mastering recursion, dynamic programming, and backtracking while optimizing algorithms using Big O analysis.

Objective: This module focuses on the core concepts of searching and sorting, essential for efficient data manipulation and optimization. You will learn and practice both fundamental and advanced algorithms to build a solid foundation in problem-solving.

Objective: This module introduces matrices, their operations, and various problem-solving techniques. You will learn to implement and manipulate matrices in C++, perform key operations, and solve complex problems using efficient algorithms.

Objective: This module focuses on the principles of Object-Oriented Programming (OOP) and advanced data structures such as linked lists, stacks, and queues. You will learn how to apply OOP concepts in C++ to design efficient, scalable, and maintainable code while gaining expertise in key data structures and their applications.

Objective: In this module, you will learn about the powerful C++ Standard Template Library (STL), which provides built-in data structures and algorithms to simplify coding and enhance efficiency. You will understand how to leverage STL for rapid problem-solving and algorithm implementation in competitive programming and real-world applications.

Objective: This module focuses on tree data structures, a fundamental concept in computer science. You will learn about various types of trees, their applications, and how to implement and manipulate them effectively. Special emphasis is placed on Binary Search Trees (BST), traversal techniques, and solving real-world problems.

Objective: This module introduces advanced data structures and algorithmic techniques, including heaps, hashmaps, graphs, and tries. You will also deepen your understanding of dynamic programming and its applications in solving complex problems efficiently.

Objective: This module focuses on greedy algorithms, an important problem-solving strategy, and revisits the trie data structure and dynamic programming techniques to tackle complex optimization problems efficiently.

Objective: This module is designed to help you prepare for technical interviews by covering commonly asked questions in data structures and algorithms (DSA). You will practice solving real-world problems, participate in mock interviews, and gain valuable insights to increase your chances of success in coding interviews.