Object Oriented Data Structure & Algorithms

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Table of Contents
  • Understanding DSA (Data Structures & Algorithms)
  • Skills Required to Excel in Data Structures & Algorithms
  • Benefits for Students Enrolling in our DSA Training Course
  • Career Opportunities After Mastering Data Structures & Algorithms
  • Reasons to Choose Our DSA Training Course in Jaipur
  • Why Should You Learn Data Structures & Algorithms?
  • Why Opt for Groot Academy's Data Structures & Algorithms Program?
  • Frequently Asked DSA Course Interview Questions
  • FAQs About Data Structures & Algorithms

How to Become Proficient in Data Structures & Algorithms?

Data Structures & Algorithms (DSA) are fundamental components in the world of computer science and programming. DSA experts are individuals who possess a deep understanding of organizing and managing data effectively, as well as devising efficient algorithms to manipulate and process this data.

As the demand for skilled professionals in DSA continues to rise, it has become a popular choice for students seeking a comprehensive understanding of programming principles.

Groot Academy, with over two decades of experience, stands out as a premier institute providing top-notch IT education. Our seasoned faculty, with both expertise and practical experience, guides students through a curriculum that blends theory with hands-on training. This approach ensures that students not only grasp the theoretical aspects of DSA but also gain practical skills that make them industry-ready.

Our placement team further assists students in securing rewarding positions at leading companies, complete with competitive salary packages. Here's why our DSA training program is the right choice for aspiring professionals:

OBJECT ORIENTED DATA STRUCTURE & ALGORITHMS TRAINING Developments in software technology have been always dynamic. New tools and ne

Developments in software technology have been always dynamic. New tools and new techniques are announced every day; as a result, engineers and software industries need to track the new changes to continue development. However, there are many programming languages, but Object-Oriented Programming Language is the most preferred one in the software industry. It offers the user a new approach to building a real-time application along with a way to cope with the complexity of other programs. Among the OOPs languages available, C++ is the most widely used one.

Moreover, it is the most versatile language used for handling very large programs and suitable for programming tasks including the development of compilers, editors, and any real-time complications The ability to map real-life problems, makes C++ the most popular and the most important course for the software industry. It would be indeed to say that there are many colleges and institutes, which give training of this course to students. Among the institutes available, DUCAT is one among them offering this course for a term of 2 months.

DUCAT has extensive experience trainers to guide the students in real-time projects. Apart from the course, it also assures the enrolled students of 100% placement opportunity. Most of the time, the seats are booked in advance. Therefore, rush to the nearest center and be above the developer.

Open the Doors of Opportunity by Becoming a Data Structures and Algorithms Expert

Data Structures is a concept, a means of storing a collection of data. Data Structures tells you what way the data has to store in computer memory and how to access the data efficiently. Many Applications are designed by data structures stack applications like page visited history in a web-browser, chain of method calls in the Java virtual machine or C++ Run-time environment etc.For many applications like Queue Application Like Waiting Lines, Multi-programming etc. the choice of proper data structure is the only major decision involving the implementation. Majorly the database designing and internal implementation is done only by using Data Structures and algorithms.

Course content

C++ Language Contents:

  • Introduction to C++ Language
  • Difference and Similarities between C and C++
  • Role Of Compilers and Assemblers
  • Introduction to C++ Basic
  • Flow Control StatementsJump statements
    Conditional Statements
    Iteration statements


  • Introduction to Arrays
  • Several examples of Arrays like insert, delete, counter occurrence of items etc.
  • Searching
  • Sorting
  • 2 D Array
  • Several Examples of 2 D arrays
  • Multidimensional Array s


  • Introduction to Strings
  • String handling built in functions
  • Several examples of Strings
  • Array of Strings
  • Searching in Array of Strings
  • Sorting in Array of Strings


  • Introduction to pointers
  • Pointer expressions
  • Types of PointersVoid Pointer
    NULL Pointer
    Wild Pointer
    Dangling Pointer
  • Various examples of pointers
  • Pointer Arithmetic's
  • Array using pointers
  • Array of ponter
  • chaining pointer
  • String using pointers
  • Pointers in Functions


  • Introduction to functions
  • Types of functions
  • Nesting of functions
  • Various examples of functions
  • Strings passing is functions
  • Array Passing in Functions
  • Pointer passing is functions
  • Function Returning Address
  • Function returning address
  • Recursion
  • Various Examples and Interview Questions on Recursion and Function
  • Storage classes


  • Introduction to structure
  • Advantages of structure
  • Array of structure
  • Structure using pointer
  • Structure with functions
  • Applications of structure


  • Introduction to dynamic memory allocation
  • Advantage of dynamic memory allocation
  • new and delete operators
  • Array implementation using dynamic memory allocation

Exception Handling

  • Introduction to Exception Handling
  • Need of Exception Handling
  • try, throw, catch
  • Multiple catch blocks

Oops Introduction

  • Oops vs. Procedural Programming Approach
  • Oops ImplementationAccessing class members
    Array of objects

    Types of members of classInstance members
    Static members
  • Scope resolution Operator (::)
  • Oops Approaches
    EncapsulationNesting of Class(i.e. Outer Class, Inner Class, Local Class)

    PolymorphismFunction Overloading

    Constructor & DestructorDeep Copy
    Shallow Copy
    Operator Overloading
    Function Overriding
  • Reference variable
  • PointersClass object using pointer
    Array of objects using pointer
    This pointer Etc.
  • InheritanceSingle Inheritance
    Multiple Inheritance
    Multilevel Inheritance
    Hierarchical inheritance
    Hybrid Inheritance
    Need of Virtual
  • Friend Function and Friend Class
  • Function OverridingBinding Types
    Static Binding and Dynamic Binding
    Up casting and Down casting
    Virtual Function
  • AbstractionData Abstraction
    Abstract Class
    Pure Virtual Function
  • Inline Functions
  • Composition and Aggregation


  • Introduction to file management
  • File opening modes
  • Opening and closing a file
  • Input output operations on file
  • Error handling
  • Applications of file management


  • Thread introduction
  • Thread Synchronization
  • Life cycle of thread
  • Deal Lock situation

Templates (Generic Programming):

  • Introduction to Templates and Generic Programming
  • Advantages of template
  • Template function and Template class

Standard Templates Library

  • Container
  • Class
  • Functions
  • Iterators
  • List class
  • Stack class
  • Queue Class
  • De Queue Etc.



  • What is data structure
  • Benefits of data structure
  • Types of data structure
  • Introduction to algorithms
  • Types of Algorithms
  • Time and Space Complexity
  • Interview Questions

Frequently Asked Questions (FAQ)

1:What is Object-Oriented Data Structure and Algorithms?

Ans:Object-Oriented Data Structure and Algorithms refer to the application of object-oriented programming principles in designing and implementing data structures and algorithms. This approach emphasizes the use of objects, classes, and encapsulation to create efficient and reusable code for managing and processing data.

2: Why is Object-Oriented Programming (OOP) important in Data Structures and Algorithms?

Ans: OOP provides a modular and organized way to design and implement data structures and algorithms. It promotes code reuse, enhances readability, and simplifies maintenance. By encapsulating data and behavior into objects, it becomes easier to manage complex data structures and algorithms.

3:What are some common Object-Oriented Data Structures?

Ans:Common Object-Oriented Data Structures include linked lists, stacks, queues, trees, and graphs. These structures can be implemented using classes and objects in object-oriented programming languages like Java, C++, or Python.

4:How are Algorithms implemented in an Object-Oriented manner?

Ans: Algorithms can be implemented in an object-oriented manner by encapsulating the algorithmic logic within methods of classes. For example, sorting algorithms can be implemented as methods within a class, making it easier to swap, compare, and manipulate data elements.

5:What are the advantages of using Object-Oriented Data Structures and Algorithms?


  • Reusability:Objects and classes can be reused in different parts of the program, promoting code reuse.
  • Modularity: Data structures and algorithms can be encapsulated into classes, making it easier to understand and modify specific components.
  • Abstraction: OOP allows the creation of abstract data types, hiding complex implementation details and exposing only necessary functionality.
  • Inheritance: Inheritance allows the creation of specialized classes based on existing classes, enhancing code organization and reuse.
6:Are there any drawbacks to using Object-Oriented approach in Data Structures and Algorithms?

Ans: While OOP offers many advantages, it can lead to performance overhead due to the overhead of objects and method calls. Additionally, improper design and excessive use of inheritance can make the code complex and harder to maintain. It's important to strike a balance between the benefits of OOP and the specific requirements of the application.

7:Which programming languages are commonly used for implementing Object-Oriented Data Structures and Algorithms?

Ans: Commonly used programming languages for implementing Object-Oriented Data Structures and Algorithms include Java, C++, Python, and C#. These languages provide robust support for OOP principles, making it easier to design and implement complex data structures and algorithms.

8: Where can I learn more about Object-Oriented Data Structures and Algorithms?

Ans:There are various online platforms and resources, including educational websites, coding tutorials, and textbooks, where you can learn more about Object-Oriented Data Structures and Algorithms. Additionally, you can find numerous online courses on platforms like Coursera, edX, and Udemy that cover this topic in-depth.

9: How does Encapsulation play a role in Object-Oriented Data Structures and Algorithms?

Ans:Encapsulation is a fundamental concept in OOP, where data and methods that operate on the data are bundled together within a class. In Object-Oriented Data Structures and Algorithms, encapsulation ensures that data structures are accessed and manipulated only through well-defined methods, enhancing data security and integrity.

10: What is the role of Inheritance in Object-Oriented Data Structures and Algorithms?

Ans: Inheritance allows one class to inherit properties and methods from another class. In Object-Oriented Data Structures and Algorithms, inheritance facilitates the creation of specialized classes based on existing ones. For instance, a specialized tree class can inherit common tree properties, enabling the extension of data structures while reusing existing code.

Why Should You Learn Data Structures And Algorithms

This Course' s main objective is for the students to understand Analysis and Designing of the Algorithms and how the different data structures are used for efficient accessing of the data and Manipulation of the data. At the end of the session we will be able to Know different Kinds of data structures and to provide different algorithms for time and space complexity. Our faculty have ample experience in the industry; hence they will mold you as per industry expectations and requirements. After the Data Structures & Algorithms Course is completed, we guide our students to get a job in their respective field. We nurture your programming ability, soft skills, analytical reasoning to withstand the competition in the market.
  • Almost every electronic technology runs on some kind of algorithm
  • Algorithms are the core of Library functions and APIs
  • Important for any coding interview or hackathon
  • Data Structures helps in writing optimized code
Jobs for Data Structures and Algorithms

There is a high demand for good Software developers worldwide and with sufficient knowledge of data structure and algorithms you can easily crack the interviews of Google, Microsoft, Amazon, and many more. The data structure is the backbone of today’s highly efficient and faster-moving world. A solid understanding of data structures and algorithms will ultimately make you a better programmer. Therefore, if you want to succeed in the software industry, you must enroll in a data structures and algorithms course. You can learn new languages and frameworks more easily if you have a firm basis in fundamental principles.
Training and Placement

if you don’t understand the fundamentals of data structures and algorithms you are most likely to be rejected in interviews. Your DSA knowledge is almost always tested by top employers. You would need to be well-versed in DSA to be able to load your website page in under a second. Therefore, having a thorough understanding of Big O notations, how an algorithm will operate when the array structure grows, and how it will impact your run time will make all the difference in your interviews. Groot Academy has been a leading programming training institute in jaipur. Our ability to provide practical training to our students has made us the Best Data Structures and Algorithms development training institute in Jaipur and nearby cities of Rajasthan.