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Course Overview:

Start your programming journey with our easy and structured C++ Language course. This course is perfect for beginners and also for those who want to improve their logical thinking and object-oriented programming skills. It will help you build a strong base for learning advanced programming concepts in the future.

Way of Training:
  • Mode: Online / Offline
  • Duration: 45 Days
  • Online Sessions: 1 Hour/Day
  • Offline Sessions: 1 Hour Theory + 1 Hour Lab/Practical

C++ Language Course

Course Fee:
  • Online Mode: 1499/- only
  • Offline Mode: 1999/- only
Includes:
  • Pre-recorded or Live video session recordings
  • Class notes & soft copy of materials
  • Practical assignments
  • Interview questions and model answers
  • Access to support via Telegram/WhatsApp
Instructor Video :
About C++ Course:

C++ is a powerful programming language used in software development, game development, competitive programming, and system-level programming. It supports object-oriented concepts like classes and objects. This course is designed to help students understand the basics of programming as well as OOPs concepts clearly.

Job Opportunities After Learning C++:
  • Software Developer
  • Competitive Programming Roles
  • Game Developer
  • C++ Programmer for System-Level Apps
  • Internship & Freelance Opportunities
  • Great base for learning advanced languages like Java and Python
Importance of C++ Language in College Campus Placements:
  • Technical written tests
  • Coding rounds
  • Core company interviews
  • Government/Bank IT Exams
  • Academic project development
  • It builds your logic, helps in understanding memory, and prepares you for Data Structures & Algorithms.

Course Content

Module 1: Introduction to C++
  • What is C++ and why is it used?
  • History and features of C++
  • Difference between C and C++
  • Structure of a C++ program
  • Writing, compiling, and executing a C++ program
  • Keywords in C++
  • Identifiers and naming rules
  • Comments in C++
  • Escape sequences
  • Declaring and using variables
  • Data types (int, float, char, double, bool)
  • Constants and symbolic constants
  • Type conversion and casting
  • cin and cout usage
  • Using endl and \n
  • iomanip for formatted output
  • Basic input/output programs
  • Arithmetic, Relational, Logical operators
  • Assignment, Increment/Decrement operators
  • Bitwise, Conditional, and Sizeof operators
  • Operator precedence and associativity
  • Practical expression-based programs
  • if, if-else, else-if ladder
  • Nested if conditions
  • switch-case statement
  • Looping: for, while, do-while
  • Jumping: break, continue, goto
  • Introduction to arrays
  • 1D and 2D arrays with programs
  • Array initialization and memory structure
  • Character arrays and string input/output
  • String functions from <cstring>: strlen, strcpy, strcmp, strcat
  • Declaring and defining functions
  • Calling functions with parameters
  • Function with return values
  • Function overloading
  • Inline functions
  • Recursion
  • Call by value vs call by reference
  • Basics of pointers
  • Pointer arithmetic
  • Pointer to arrays
  • Pointer to functions
  • Pointer with classes and objects
  • Dynamic memory allocation: new and delete
  • Introduction to OOP
  • Classes and objects
  • Defining data members and member functions
  • Access specifiers: private, public, protected
  • Constructors and types: default, parameterized, copy
  • Destructor and its use
  • This pointer
  • Introduction to inheritance
  • Types: single, multiple, multilevel, hierarchical, hybrid
  • Constructor and destructor in inheritance
  • Access control in inheritance
  • Real-life inheritance examples
  • Compile-time polymorphism (Function and Operator overloading)
  • Run-time polymorphism (Virtual functions and method overriding)
  • Pure virtual functions and Abstract classes
  • Virtual base class
  • Friend functions and friend classes
  • Static data members and static member functions
  • Nested classes
  • const member functions
  • Scope resolution operator .
  • Function templates
  • Class templates
  • Template specialization
  • Advantages of generic programming
  • Introduction to exceptions
  • try, catch, and throw keywords
  • Multiple catch blocks
  • Nested try blocks
  • Creating custom exceptions
  • Streams: ifstream, ofstream, fstream
  • Opening and closing files
  • Reading and writing text files
  • Working with binary files
  • File pointers and operations: seekg, seekp, tellg, tellp
  • Introduction to STL
  • Containers: vector, list, map, set
  • Iterators
  • Algorithms
  • Use of STL in competitive coding
Top 10 C++ Interview Questions
  1. What are the main differences between C and C++?
  2. What is OOP? Explain its basic principles.
  3. What is the use of constructors and destructors?
  4. What is function overloading?
  5. How is inheritance implemented in C++?
  6. What is the difference between compile-time and run-time polymorphism?
  7. What is a virtual function?
  8. Explain the use of this pointer.
  9. How does dynamic memory allocation work in C++?
  10. What are access specifiers in C++?
Why Join Techidz for C++ Language?
  • Step-by-step and student-friendly teaching
  • Strong focus on real-time programs
  • Learn Object-Oriented Programming clearly
  • Affordable fee with great value
  • Ideal for college students and beginners
  • Doubt-solving sessions and full support
New & Special Features in Techidz C++ Course
  • 100+ Hands-on programs
  • Concept-based practice worksheets
  • Weekly revision tests and practice quizzes
  • Project-based learning (Mini project in C++)
  • Real-time explanation of OOP concepts
  • Interview Preparation with common C++ questions
  • Doubt sessions + Telegram/WhatsApp group support
  • Free materials, notes, and lifetime access to videos
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