Complete Modern C++ Programming - Beginner to Advanced
Requirements
- Interest in learning about C++
Description
Learn Complete C++ in depth with modern features introduced with C++11/14/17
This course will take you from having a basic understanding of C++ to being able to use more sophisticated capabilities of the programming language.
This course is for you if you want to develop your fundamental understanding of C++, if you want to learn about the new features in C++ 11, or if you've already completed my free beginners' C++ course and want to take the next step.
One of the primary goals of this course is to advance your fundamental understanding of pointers (which is one of the most important concepts in computer science) to a higher degree of proficiency. The idea is to take the fundamental abilities you've learned so far in C programming and apply them to a completely different degree of complexity.
A great deal more will be covered, such as pointers, memory addressing, pointers to functions, advanced notions of structs, and dynamic memory allocation, among other things.
The great thing about this course is that it is always being updated with fresh information. Also being added to the course is a great deal of knowledge on low-level programming (the bits and bytes), as well as preparation for the use of Embedded C in Embedded Systems, which is becoming increasingly popular.
Finally, I'll teach you how to write a program that creates fractal graphics, making use of some of the language features we've learned about so far, and giving you a fantastic workout with smart pointers and arrays. This course is divided into three sections.
Enroll in this course now!
I promise you won't regret!
Who this course is for:
- Anyone interested in learning about C++
Instructor
PaceIT Coding Academy offers a wide variety of technology and skill training. We are a learning community that engages students in computer science routes and creative academic experiences that equip them to make informed life decisions. Teacher teams will employ inquiry investigations, which will be integrated throughout curriculum, to help students transition from being digital consumers to being tech creators. Student-centered learning focuses on meeting students where they are, presenting humanity at its best, and allowing students to explore and create their own meaning.