Master C++ programming fundamentals and gain hands-on experience developing comprehensive applications.
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Comprehensive Learning
Covers all essential C++ concepts, from basics to advanced topics.
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Hands-On Experience
Practical exercises and projects to solidify your understanding.
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Career Advancement
Enhance your programming skills and boost your career prospects.
Course Description
Master C++ programming fundamentals and gain hands-on experience developing comprehensive applications.
This course covers everything from basic syntax to advanced object-oriented programming concepts.
Sessions #1 : Intro and Basics of C++
Module 1: Introduction & Basics
Getting Started with C++.
- History & importance of C++.
- Setting up the development environment (IDE and compiler).
- Writing your first C++ program: “Hello, World!”.
- Basic syntax and structure.
Practice Exercise Part 1:
- Create a simple program that prints “Hello, World!” to the console.
Module 2:Data Types & Operations
Variables, Data Types, & Operators
- Variables & data types (int, float, char, etc.).
- Constants & modifiers (signed, unsigned).
- Basic operators (arithmetic, relational, logical).
Practice Exercise Part 2:
- Extend the “Hello, World!” program to include variables & perform basic arithmetic operations.
Sessions #2 : Control Structures
Module 5:
Conditional Statements
- if, else if, and else statements.
- Nested if statements.
- switch-case statements.
Practice Exercise Part 3:
- Modify the program to take user input and use conditional statements to perform different actions based on the input.
Module 6:
Loops
- for loop
- while loop
- do-while loop
- break and continue statements
Practice Exercise Part 4:
- Add looping constructs to your program to repeat actions based on user input.
Sessions #3 : Functions & Arrays
Module 9:
Functions
- Function declaration and definition
- Function parameters and return values
- Function overloading
- Scope and lifetime of variables
Practice Exercise Part 5:
- Refactor your program to use functions for different tasks (e.g., input handling, calculations).
Module 10:
Arrays & Strings
- Single-dimensional arrays
- Multi-dimensional arrays
- Basic string operations
Practice Exercise Part 6:
- Enhance the program by adding arrays to store multiple values and perform operations on them.
Sessions #4 : Pointers & Object-Oriented Programming (OOP)
Module 9:
Pointers & Memory Management
- Introduction to pointers
- Pointer arithmetic
- Dynamic memory allocation (new, delete)
Practice Exercise Part 7:
- Introduce pointers in your program to manipulate data and allocate memory dynamically.
Module 10:
Introduction to OOP
- Classes and objects
- Access specifiers (public, private, protected)
- Constructors and destructors
Practice Exercise Part 8:
- Refactor the program using classes to encapsulate data and functions.
Sessions #5 : Advanced Topics & Final Project
Module 9:
Advanced OOP Concepts
- Inheritance and polymorphism
- Operator overloading
- Templates
Practice Exercise Part 9:
- Further enhance your program using advanced OOP concepts like inheritance and operator overloading.
Module 10:
Final Project
- Integrate all concepts learned throughout the course
- Develop a complete application with user interaction, data processing, and output
Practice Exercise Part 10:
- Complete the final project by refining and testing all aspects of the application.
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