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MDU B.Tech 3rd Semester Object Oriented Programming Notes pdf

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Get the Premium Object Oriented Programming Notes for B.Tech 3rd Semester — a complete, exam-oriented and student-friendly PDF including 492 pages of neat handwritten explanations, typed summaries, diagrams, flowcharts, algorithms, solved examples and more.

Perfect for CSE, IT  students preparing for Mid-Sem, End-Sem, Viva & Assignments.

Quick Details

Feature Details
Notes Name Object Oriented Programming Notes
Subject Object Oriented Programming  (OOP)
Class/Semester B.Tech – 3rd Semester
Total Pages 492  High-Quality Pages
File Size Approximately 1.8 MB
File Format PDF (Portable Document Format)
Author Easy Study Notes
Language English
Notes Type Handwritten + Typed + Chapter-wise Summary
Edited For CSE / IT  Students
Live Preview Available Below 👇

Description

Understanding Object Oriented Programming Notes (OOP) can be challenging due to complex reactions, mathematical concepts, and detailed diagrams. To make it easier for students, Easy Study Notes brings you the most complete, clean, and exam-ready Object Oriented Programming  Notes PDF for B.Tech 3rd Semester.

These notes are crafted using a hybrid format:
✔ Neat handwritten explanations
✔ Cleanly typed chapter-wise summaries
✔ Well-labeled diagrams
✔ Flowcharts
✔ Algorithm steps
✔ Important definitions and formulas

Designed strictly as per the latest university curriculum followed by AKTU, RGPV, VTU, JNTU, MAKAUT, GTU, PTU, BPUT, and top Indian engineering universities.

Whether you are preparing for theory exams, class tests, practicals, or assignments, this PDF is your perfect study companion.

📂 What’s Inside the PDF? (Full Syllabus Coverage)

✔SECTION I: Object-Oriented Programming Concepts:

  • Introduction
  • comparison between procedural programming paradigm and object-oriented programming paradigm
  • basic concepts of object
  • oriented programming 
  • concepts of an object and a class,
  • interface and implementation of a class
  • Operations on a object
  • Relationship among objects
  • Abstraction
  • Encapsulation
  • Data hiding
  • Inheritance
  • Overloading
  • Polymorphism
  • Messaging

Classes and Objects:

  • Specifying a class
  • creating class objects
  • accessing class members
  • access specifiers
  • static members
  • use of const keyword
  • friends of a class
  • empty classes
  • nested classes
  • local classes
  • abstract classes
  • container classes
  • bit fields and classes

SECTION-II: Inheritance:

  • Introduction
  • defining derived classes
  • forms of inheritance
  • ambiguity in multiple and multipath inheritance
  • virtual base class
  • object slicing
  • overriding member functions
  • object composition and delegation
  • order of execution of constructors and destructors.

Pointers and Dynamic Memory Management:

  • Declaring and initializing pointers
  • accessing data through pointers
  • pointer arithmetic
  • memory allocation (static and dynamic)
  • dynamic memory
  • management using new and delete operators
  • pointer to an object
  • this pointer
  • pointer related problems 
  • dangling/wild pointers
  • null pointer assignment
  • memory leak and allocation failures

SECTION-III: Constructors and Destructors:

  • Need for constructors and destructors,
  • copy constructor,
  • dynamic constructors,
  • explicit constructors,
  • destructors,
  • constructors and destructors with static
  • members,
  • initializer lists.

Operator Overloading and Type Conversion:

  • Overloading operators,
  • rules for overloading operators,
  • overloading of various operators,
  • type conversion – basic type to class type,
  • class type to basic type,
  • class type to another class type.

Virtual functions & Polymorphism:

  • Concept of binding – early binding and late
  • binding,
  • virtual functions,
  • pure virtual functions,
  • abstract clasess,
  • virtual destructors.

SECTION-IV: Exception Handling:

  • Review of traditional error handling,
  • basics of exception handling,
  • exception handling mechanism,
  • throwing mechanism,
  • catching mechanism,
  • rethrowing an exception,
  • specifying exceptions.

Templates and Generic Programming:

  • Template concepts
  • Function templates
  • class templates
  • illustrative examples.

Bonus Content Included

Along with the main notes, you also get:

  • Unit-wise Important Questions
  • High-scoring Diagrams
  • One-Page Short Notes for Quick Revision

Who Should Buy This PDF?

This notes package is ideal for:

  • B.Tech (CSE / IT) Students
  • BCA / MCA Students learning Object Oriented Programming 
  • Students preparing for semester exams
  • GATE aspirants (for basic fundamentals)
  • Anyone who wants easy explanations for Object Oriented Programming 

Why Students Trust Easy Study Notes?

  • Clear handwriting
  • Simple language
  • Perfect exam format
  • 100% syllabus covered
  • Neatly scanned PDFs
  • Easy for last-minute revision
  • High exam retention value

 

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