C++ Programming
This comprehensive course takes you from core fundamentals—syntax, control flow, and functions—to advanced Object-Oriented Programming (OOP), including classes, inheritance, polymorphism, and memory management.
About Course
Overview
C++ Programming: From Foundations to Advanced OOP
You will start with the essentials—variables, operators, and control structures—before diving into deep Object-Oriented concepts like inheritance, encapsulation, and polymorphism. By the end of this course, you’ll be ready to write robust, efficient, and modern C++ code.
Course Outline
Course Content
This 2-month practical course takes you from basic programming logic to advanced memory control and Object-Oriented Programming (OOP). Mastering C++ will make learning any other programming language a breeze.
C++ Basics
- Syntax, Structure of a C++ Program, & Comments.
- Variables, Data Types (int, float, double, char, bool)
- Input/Output Streams: Working with cin, cout, & escape sequences.
- Operators: Arithmetic, Relational, Logical, etc
Control Flow Statements
- Conditional Branching: if, else if, and else statements.
- Multi-way Conditional Selection: The switch-case statement.
- Loops & Iteration: while, do-while, and for loops.
- Jump Statements: break and continue logic.
Arrays (Single & Multi-Dimensional)
- Introduction to Arrays: Array declaration, initialization, and memory representation.
- Single-Dimensional Arrays: Accessing elements and iterating with loops.
- Multi-Dimensional Arrays: Navigating 2D arrays (Matrices) and nested loops.
String Manipulation
- C-Style Strings: Character arrays and traditional string functions (strlen, strcpy, strcat).
- Modern Strings: The std::string class wrapper and built-in methods.
- String Operations: Concatenation, length checking, comparison, and slicing.
Functions & Modular Programming
- Function Architecture: Defining functions, return types, parameters, and arguments.
- Scope Boundaries: Local, Global, and Static variables.
- Parameter Passing: Pass-by-value vs. Pass-by-reference mechanics.
- Function Overloading: Creating compile-time polymorphic functions.
Structures & Unions
- User-Defined Data Types: Defining and instantiating Structures (struct).
- Accessing Members: Utilizing the dot (.) operator for structure variables.
- Arrays of Structures: Grouping multiple complex records together.
- Introduction to Unions: Memory-sharing data types vs. structures.
Pointers & Memory Management
- Memory Addresses: Understanding the address-of (&) and dereference (*) operators.
- Pointer Basics: Pointer declaration, initialization, and pointer arithmetic.
- Dynamic Memory Allocation: Allocating and freeing heap memory using ‘new’ and ‘delete’.
- Pointers and Arrays: Navigating arrays using pointer references.
Object-Oriented Programming (OOP)
- Classes and Objects: Blueprint mapping and object instantiation.
- Access Specifiers: Controlling visibility using private, public, and protected keywords.
- Constructors & Destructors: Default, and parameterized initialization.
- Pillars of OOP: Inheritance, Polymorphism (Virtual functions), Encapsulation, and Abstraction
File Handling (I/O Streams)
- File Stream Classes: Working with ifstream (reading) and ofstream (writing).
- File Operations: Opening, writing data, reading data, and closing streams safely.
- Stream Safety: Checking file states using .is_open() and handling End-Of-File (EOF) loops.
Benefits
Why
Why C++
There are many benefits to learning C++, including:
Core Foundation: Mastering C++ gives you an advanced understanding of Object-Oriented Programming and system-level architecture
High Performance: Delivers exceptional speed and direct hardware control.
In-Demand Skill: Widely used in game development, operating systems, and high-performance software.
Have Any Questions?
FAQ's
In addition to covering the theoretical aspects of C++ a course will also provide students with hands-on training. This will involve working on real-world projects and assignments.
Who Should Take a C++ Course?
A C++ course is ideal for anyone who wants to learn to code, regardless of their prior experience.
Benefits of Taking C++ Course?
C++ is a good foundation for learning other programming languages, such as Java and Python.
Are There Prerequisites or Language Requirements?
No prior coding experience is required.
Should I carry my own laptop for the course if I choose classroom learning?
We recommend carrying your own laptop. However, if you don’t own one, we will allocate a system to you for the duration of the course.
Can I take a free trial class before enrolling?
Sure, you can always ask for a FREE trial class before enrolling.
I can’t pay the full course fee at once. What should I do?
Don’t worry! You can always pay the course fee in instalments. We have many easy EMI options available for you
How long is this C++ Programming course?
The course duration is typically 2 Months.
Is Welcode Learning an ISO certified institute?
Yes, we are an ISO:9001:2015 certified institute offering quality courses.