Certification in C++

C++ is a high-level, general-purpose object-oriented programming language developed by Bjarne Stroustrup in the early 1980s as an extension of the C language. It combines the features of procedural programming (from C) with object-oriented programming (OOP) concepts like classes, inheritance, polymorphism, encapsulation, and abstraction.

 Key Features of C++

• Object-Oriented: Focuses on objects and classes for modular and reusable code.
  
  

• Compiled Language: C++ is compiled, which means it converts code to machine language using a compiler.
  
  

• Fast and Efficient: Offers high performance and low-level memory manipulation.
  
  

• Standard Template Library (STL): Includes powerful, reusable code for data structures and algorithms.
  
  

• Supports Procedural and Object-Oriented styles: Backward compatible with C.
  
  

Applications of C++

• Game development
  
  

• Operating systems
  
  

• Embedded systems
  
  

• GUI-based applications
  
  

• Compilers and interpreters
  
  

• Real-time and high-performance software

Job after learning C++:

Game Developer – Build games or engines.

Software Engineer – Develop desktop or system apps.

Embedded Developer – Code for hardware systems.

Backend Developer – High-performance servers/tools.

Quant Developer – Finance/Trading systems.

Complete C++ Programming Syllabus

1. Introduction to C++

• History and evolution of C++
  
  

• Structure of a C++ program
  
  

• Writing, compiling, and executing a C++ program
  
  

• C++ vs C
  
  

• Input/Output (I/O) in C++: cin, cout, endl
  
  

2. Basic Concepts

• Tokens: Keywords, identifiers, constants, variables
  
  

• Data types and modifiers
  
  

• Operators:
  
  

  • Arithmetic, relational, logical, bitwise
    
    

  • Assignment and compound assignment
    
    

  • Increment/decrement, conditional (ternary)
    
    

• Type conversion and typecasting
  
  

• Operator precedence and associativity
  
  

3. Control Structures

• Conditional statements: if, if-else, nested if, switch
  
  

• Loops:
  
  

  • for, while, do-while
    
    

• Jumping statements: break, continue, goto
  
  

4. Functions in C++

• Function declaration, definition, and calling
  
  

• Call by value vs call by reference
  
  

• Default arguments
  
  

• Function overloading
  
  

• Inline functions
  
  

• Recursion
  
  

• Storage classes
  
  

5. Arrays and Strings

• One-dimensional and multidimensional arrays
  
  

• Array initialization and manipulation
  
  

• Strings:
  
  

  • Character arrays and C++ string class
    
    

  • String functions: strlen(), strcpy(), strcat(), strcmp()
    
    

  • Using getline() and string objects
    
    

6. Pointers

• Basics of pointers and pointer arithmetic
  
  

• Pointers and arrays
  
  

• Pointers to functions
  
  

• Pointers to objects
  
  

• Dynamic memory allocation: new, delete
  
  

7. Object-Oriented Programming (OOP) Concepts

• Principles of OOP:
  
  

  • Class, Object
    
    

  • Encapsulation
    
    

  • Abstraction
    
    

  • Inheritance
    
    

  • Polymorphism
    
    

• Benefits and applications of OOP
  
  

8. Classes and Objects

• Creating classes and objects
  
  

• Access specifiers: private, public, protected
  
  

• Member functions
  
  

• this pointer
  
  

• Static members
  
  

9. Constructors and Destructors

• Default constructor
  
  

• Parameterized constructor
  
  

• Copy constructor
  
  

• Constructor overloading
  
  

• Destructor
  
  

10. Inheritance

• Types of inheritance:
  
  

  • Single
    
    

  • Multiple
    
    

  • Multilevel
    
    

  • Hierarchical
    
    

  • Hybrid
    
    

• Access control and visibility modes
  
  

• Constructor and destructor in inheritance
  
  

• Virtual base classes
  
  

11. Polymorphism

• Compile-time polymorphism (function & operator overloading)
  
  

• Runtime polymorphism (virtual functions)
  
  

• Pure virtual functions and abstract classes
  
  

• Virtual destructor
  
  

12. Operator Overloading & Type Conversion

• Overloading unary and binary operators
  
  

• Friend functions and operator functions
  
  

• Type conversion between classes
  
  

13. Templates

• Function templates
  
  

• Class templates
  
  

• Template specialization
  
  

14. Exception Handling

• Try, catch, and throw blocks
  
  

• Handling multiple exceptions
  
  

• Nested try blocks
  
  

• User-defined exceptions
  
  

15. File Handling

• Streams: ifstream, ofstream, fstream
  
  

• Opening and closing files
  
  

• Reading from and writing to files
  
  

• File modes
  
  

• Binary and text files
  
  

16. Standard Template Library (STL)

• Introduction to STL
  
  

• Components of STL: Containers, Algorithms, Iterators
  
  

• Common containers: vector, list, deque, map, set, stack, queue
  
  

17. Miscellaneous Topics

• Namespace
  
  

• Preprocessor directives
  
  

• Command line arguments
  
  

• Working with header files
  
  

• Introduction to multithreading (optional)
  
  

Duration of Course  : 2 months

Fee : 4000/-

Contact for Admission

Siddharth  Sharma

HOD, Department of Computer Engineering

Concept IT Solutions, Pune

Call:7219116540