Introduction to C++

This course provides a solid introduction to C++ programming, covering both foundational concepts and practical applications. You will learn the basic syntax, structure, and features of C++ while gaining hands-on experience in writing, compiling, and debugging programs.

Key topics include variables, data types, control structures, functions, and an introduction to object-oriented programming, equipping you with the skills needed for further study or career development in software engineering.

You can choose to attend this course either live online or in person.
 Internet connection. The classes work best with Chrome.
 A computer with microphone and camera.
 Earphones/headphones/speakers.
We will contact you with joining instructions before your course starts.

What will we cover?

•  Introduction to C++: Overview of C++ programming language, its syntax, and basic structure.
•  Variables and Data Types: Understanding different data types and how to declare and use variables in C++.
•  Control Structures: Learning how to implement loops, conditionals, and other structures to control program flow.
•  Functions in C++: Creating and using functions to modularize code and perform specific tasks.
•  Object-Oriented Programming (OOP): Introduction to OOP principles such as classes, objects, and inheritance.
• Compiling and Debugging: Practical experience in writing, compiling, and debugging C++ code.
•  Memory Management: Basics of pointers and dynamic memory allocation in C++.
•  Hands-on Projects: Applying what you've learned through practical coding projects to build simple C++ applications.

What will I achieve?
By the end of this course you should be able to...

•  Recognize the core principles of C++ programming and its syntax.
•  Write, compile, and debug basic C++ programs.
•  Use variables, data types, and control structures effectively.
•  Develop functions to organize and simplify your code.
• Apply basic object-oriented programming concepts in C++.
•  Manage memory using pointers and dynamic memory techniques.