Mastering Programming with ANSI/IS0 C++

STL Containers, Iterators and Algorithms, Lambda Expressions, C++11/14/17/20 Features, Inheritance and Polymorphism

Created by: Subburaj Ramasamy
Subburaj Academy

What Will I Learn?

• Master C++ syntax, data types, and variables, including integer, floating-point, and character types.
• Learn how to use if statements, switch statements, and loops (for, while, do-while) for control flow in programs.
• Understand how to define and call functions, including function prototypes and parameter passing.
• Get an introduction to OOP concepts such as classes, objects, encapsulation, and constructors.
• Learn how to work with pointers and references, including dynamic memory allocation with new and delete.
• Understand file input and output operations in C++ using file streams.
• Explore the core components of the STL, such as vectors, lists, and algorithms, and how to use them effectively.
• Dive deeper into OOP with topics like inheritance, polymorphism, and method overriding.
• Understand template classes and functions to write generic code.
• Learn about multithreading and how to write concurrent C++ programs using threads and synchronization primitives.
• Gain an in-depth understanding of various STL containers (e.g., maps, sets) and advanced algorithms.
• Explore advanced OOP topics like abstract classes, virtual functions, and multiple inheritance.
• Master the use of lambda expressions for defining inline functions.
• Stay up-to-date with the latest features and enhancements in modern C++ standards.
• Apply your C++ knowledge to real-world projects, working on problem-solving and application development.

Requirements

• No prior programming experience required.

Target audience

• Beginners with no programming experience
• Individuals with some programming experience in other languages who want to learn C++ to expand their skillset or pursue specific projects.
• Students enrolled in computer science programs who need to learn C++ as part of their coursework.
• Programmers who are proficient in languages like Python, Java, or Ruby and want to learn C++ for its performance advantages or because they're entering a field where C++ is commonly used (e.g., game development, system programming).
• Game developers who want to use C++ for game engine development, game programming, or optimization
• Developers working on embedded systems and IoT applications where C++ is a common choice due to its control and efficiency.
• System programmers: Those interested in low-level programming, operating system development, or working with hardware interfaces often need to learn C++.
• Individuals aiming for roles where they need to design complex software systems and want a deep understanding of C++ to make informed architectural decisions.
• Hobbyists and enthusiasts who have a passion for programming and want to explore C++ as a learning experience or for personal projects.
• Job seekers who anticipate technical interviews that require C++ knowledge, especially for positions in tech companies or industries where C++ is prevalent.