C++ Language Course in Faridabad
Are you looking for C++ language Course in Faridabad? then you are the right place. We are Om institute of education is the Best C++ programming language Course Institute in Faridabad.
If you’re looking for the best C++ programming language course institute in Faridabad, look no further than Om Institute of Education. Our experienced and knowledgeable instructors will provide you with all the tools and skills you need to succeed in this popular programming language.
We offer a variety of course options to suit your needs and schedule, and our affordable tuition makes our institute a great value for your money. Contact us today to learn more about our C++ programming language courses and how we can help you achieve your goals.
Om institute of education is the best C++ programming language course institute in Faridabad. The institute has a team of highly experienced and qualified trainers who offer the best training to the students. The institute has a well-equipped laboratory with all the latest tools and equipment. The institute also provides 100% placement assistance to the students.
The institute also has a state-of-the-art facilities and equipment, which allows you to get the most out of your training. The institute is located in a convenient location, and it offers a variety of amenities that make it the perfect place to learn and grow.
If you are looking for the best C++ training, the best C++ language Course Institute is the perfect choice for you. With a comprehensive curriculum, experienced faculty, and state-of-the-art facilities, the institute provides everything you need to get the most out of your C++ education.
What you learn?
C++ is a powerful object-oriented programming language that enables developers to create sophisticated software systems. By learning C++, you will gain a strong understanding of object-oriented programming concepts that can be applied to many different software development projects. In addition, C++ is a widely-used language in the software industry, so learning it will give you a valuable skill that can be used in many different job roles.
C++ is a powerful programming language that enables software developers to create sophisticated programs. C++ is an object-oriented language, which means that it enables developers to create software objects that can interact with each other. C++ is also a cross-platform language, which means that programs written in C++ can be run on different operating systems.
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1 Object-Oriented Programming
1.0: Object-Oriented Programming- An Introduction
The pillars of object-oriented programming in C++ language are discussed in this module.
Basics of OOP
1.1: Procedure-oriented & Object-oriented programming - Basic concepts and differences
The basic concepts of object-oriented and procedure-oriented programming, and the differences between them are discussed in this module.
Benefits & Applications of OOP
1.2: OOP Benefits & Applications
The various applications of object-oriented programming and their benefits are covered in this module.
Structure of C++
1.3: C++ Programme Structure with examples of simple C++ programme
Functions, classes, constants, operators, and other elements that are essential in C++ programming are discussed in this module.
1.4: C++ data types: Symbolic constants, variables and how to reference them
The different ways of building a symbolic constant using qualifiers and integers are explained in this module.
1.5: Operators in C++ and their precedence
The different types of operators in C++ programming and their precedence are explained in this module.
1.6: Control structures & Flow
The three kinds of control structures that are referred to as control statements are discussed in this module.
1.7: Function in C++: Main function & Function prototyping
The different types of functions in C++ programming and function prototyping using the necessary data types are explained in this module.
1.8: How to Call by reference & Return by reference?
The different ways of calling by reference and returning it are discussed in this module.
Arguments & Functions
1.9: Inline function & Default arguments
The way a function can be called without mentioning its arguments are discussed in this module.
1.10: Function Overloading
The feature of C++ programming where two or more functions can have the same name but different parameters is called function overloading. The concepts related to it are discussed in this module.
2Objects & Classes
2.0: Classes & Objects
The importance of classes and objects and how they can be used in OOP are explained in this module.
Defining Functions & Classes
2.1: Specifying a class- Defining member functions
How to specify a class in C++ programming by defining its member functions is discussed in this module.
Types of Functions & Nesting
2.2: Functions: Private member functions & Nesting member functions
The definitions of private member functions and nesting of member functions, along with related concepts, are explained in this module.
2.3: Arrays inside a class
The definition of array, its uses, and applications in C++ language are explained in this module.
Memory Allocation of Objects
2.4: Object Memory allocation
The ways of allocating memory space for objects in C++ language are discussed in this module.
Static Members & Functions
2.5: Static data members & Static member functions
The definition of static data members and static data member functions and their meaning and uses in C++ programming are covered in this module.
2.6: Array of objects
How to store multiple objects by a single name in C++ by using an array of objects is explained in this module.
Objects as Functions
2.7: Objects as function arguments
The process of passing objects in the form of function arguments is explained in this module.
2.8: Friendly functions
A friend function is a function that is mentioned outside the class, but can access the protected data and class members. The different uses of friendly functions and its applications are described in this module.
2.9: Returning Objects
How to return objects from a function in a way that is identical to passing and returning other variables is explained in this module.
3 Constructors & Destructors
3.0: Constructors and Destructors: Meaning, Differences, and Overloading
What are constructors and destructors and how to use them in C++ programming are explained in this module.
The definition of construction is given, along with its applications and uses in this module.
Types of Constructors -1
3.2: Types of Constructors: Default, Parameterised & Copy constructors
In this module, the definition, uses, and applications of default, parameterised and copy constructors are explained.
Types of Constructors-2
3.3: Multiple constructors, Constructors with default arguments & Dynamic constructor
Types of constructors, how to have multiple constructors in the same class, and related concepts are covered in this module.
The definition and meaning of destructors, along with their uses and applications are described in this module.
3.5: Operator overloading, Unary & Binary operator overloading
The difference between unary and binary operators and the ways of overloading them are discussed in this module.
Overloading with Friend Functions
3.6: Overloading using friend functions
How to carry out operator overloading using friend functions is explained in this module.
3.7: Overloading Rules
The rules of overloading functions in C++ language are explained in this module.
3.8: Types of conversion
The basics of type conversion in C++ programming are covered in this module.
4.0: Inheritance: Meaning, and concept
The process through which an object acquires the properties of its parent object is called inheritance.
4.1: Inheritance: Uses & Applications
The meaning, uses, and applications of inheritance in C++ language is explained in this module.
Derived Classes & Modes
4.2: Defining derived classes & Visibility modes
How to define derived classes and the rules of inheritance applicable to derived classes, along with the meaning and uses of visibility modes, are covered in this module.
4.3: Types of Inheritance: Single, Multilevel, Multiple, Hierarchical, and Hybrid inheritance
The different types of inheritance in C++ language and the differences among them are discussed in this module.
4.4: Virtual base classes & Abstract classes: Meaning, uses, and differences
The meaning of virtual base classes and abstract classes, along with the differences between them are covered in this module.
4.5: Constructors in derived classes
The use of constructions in derived classes is introduced in this module.
4.6: Classes: Nesting of classes
How to nest one class in another is explained in this module.
5.0: Pointers: Meaning, Virtual Functions and Polymorphism, Working with Files
The definition of pointers and functions, along with the meaning and uses of related concepts, are covered in this module.
Uses & Applications of Pointers
5.1: Pointers: Uses & Applications
The uses, meaning, and applications of pointers in the C++ programming are covered in this module.
Pointers to Objects
5.2: Pointers to objects, ‘this’ pointer
How to return pointers to objects and vice versa, and the meaning and significance of ‘this’ pointer are explained in this module.
Pointers to Derived Classes
5.3: Pointers to derived classes
How a pointer of base class can be used to point to a derived class while retaining its aspects are covered in this module.
Types of Functions
5.4: Functions: Virtual functions & Pure virtual functions
The meaning and uses of virtual functions and pure virtual functions and the differences between them are covered in this module.
File Stream Classes
5.5: File Stream classes
The types of file stream classes in C++ language, i.e., ifstream and ofstream classes are covered in this module, along with the related concepts.
Opening & Closing a File
5.6: Opening and closing a file - File opening modes
How to open and close a file in C++ language is explained in this module.
5.7: File pointers & their manipulations
What are file pointers in C++ and how to manipulate them to get the desired results are covered in this module.
Sequential Input & Output Operations
5.8: Sequential input & output operations
Meaning of sequential input data and output operations, along with their uses in C++ language, are covered in this module.
Why Should You Choose to C++ Programming Language?
High placement rate
Hands-on problem solving
Innovation and creativity
Great chance for advancement
You can have an impact
Career Options After C++ Programming language Course
- C++ is a highly portable language and is often the language of choice for multi-device, multi-platform app development.
- C++ is an object-oriented programming language and includes classes, inheritance, polymorphism, data abstraction and encapsulation.
- C++ has a rich function library.
- C++ allows exception handling, and function overloading which are not possible in C.
- C++ is a powerful, efficient and fast language. It finds a wide range of applications – from GUI applications to 3D graphics for games to real-time mathematical simulations.
Why Choose Us ?
Job Oriented Training
Our Student’s Say About Us
Expand your Career Opportunities
Yes, It is one of the hottest required skills currently in the market. A good C++ programmer will have a variety of job and earning opportunities
Generally, for a Diploma course, the minimum qualification is above 50% aggregate score in 10+2. The minimum requirements can change depending on the specific course you opt for.