Master C++ Programming: A 12-Hour Intensive Course
What you will learn:
- C++ Programming Fundamentals
- Data Types and Structures
- Control Flow Statements
- Object-Oriented Programming (OOP)
- Classes and Objects
- Inheritance and Polymorphism
- Pointers and Memory Management
- Standard Template Library (STL)
- Algorithms and Data Structures
- Linked Lists
- Algorithm Analysis (Big O)
- Exception Handling
- File Input/Output
- Modern C++ Features
- Software Development Best Practices
Description
Earn Your Official Certificate Upon Completion!
Transform your programming skills with our intensive 12-hour C++ course! Designed for both beginners and experienced programmers seeking to enhance their expertise, this course provides a robust foundation in C++ programming principles and practical application.
Begin with a deep dive into core C++ concepts, including data types, variables, operators, and control structures. Progress to advanced topics like object-oriented programming (OOP), including classes, inheritance, and polymorphism. You'll master memory management, pointers, and build a solid understanding of the Standard Template Library (STL).
This course goes beyond the basics. We cover essential data structures such as linked lists, and explore algorithm design and analysis. You'll learn how to write efficient, maintainable, and scalable C++ code. Each module includes engaging video lectures, practical coding exercises, and quizzes to reinforce learning.
Why Choose This Course?
Unlike other courses, our curriculum is structured for maximum efficiency. We focus on delivering practical skills that translate directly to real-world projects. The fast-paced format allows for quick skill acquisition without sacrificing depth of understanding. Throughout the course, you’ll gain access to a supportive community of fellow students and expert instructors.
C++ is a cornerstone language in diverse fields, from game development (using engines like Unreal Engine) to high-performance computing and system programming. This course prepares you to confidently tackle these demanding applications.
What You Will Learn:
Master core C++ syntax and semantics. Construct efficient data structures. Understand object-oriented principles. Optimize code performance. Gain skills in algorithm analysis. Write professional-level C++ code. Build practical projects.
Ready to unlock the power of C++? Enroll now and join our thriving community of C++ developers!
Curriculum
Introduction to Language Features
This section lays the groundwork for your C++ journey, starting with fundamental concepts like newlines, tabs, spaces, and initializers. You'll learn about various writing styles in C++, understand statements and expressions, the significance of RVALUE and LVALUE, and the comma operator. You will then delve into types and variables, explore literals and constants, and gain an initial understanding of pointers. The section culminates in a comprehensive look at namespaces, variable scoping, the static keyword, and conditional statements, providing a solid base for the advanced topics to come.
C6 - Types in CPP
This module explores the intricacies of different data types in C++. You'll learn about binary, octal, and hexadecimal representations, understand floating-point types (float, double, long double), and delve into character types. You'll master enumeration (enum) types, Boolean types, and comparison operators. The section also covers the void type and void functions, and provides a foundational understanding of operators and default values in C++.
D2 - Conditional Statements
This section focuses on controlling the flow of your programs. You'll learn about the switch statement (particularly with enums), mastering conditional statements for decision-making in your code. This includes utilizing for loops, the `continue` keyword, do-while loops, and the `goto` statement. This empowers you to write more sophisticated and adaptable programs.
D4 - Introduction to CPP Classes
This section introduces you to the world of object-oriented programming in C++. You'll learn about Plain Old Data (POD) data classes and unions, covering methods in structs and access controls. This section covers classes, how to initialize class members, constructors, destructors, and revisits initializers for a more in-depth understanding.
E3 - Introduction to Pointers
This in-depth module explores the powerful concept of pointers. You'll grasp the fundamentals of pointers in C++, learn to utilize the dereference operator, and understand their interaction with arrays. You'll study `nullptr`, pointer arithmetic, how to handle array out-of-bounds issues, and explore consts and casts with pointers. This module will also teach you how to allocate memory dynamically, including allocating memory as arrays, and managing the lifetime of memory allocated with pointers.
STL
This brief section introduces the Standard Template Library (STL), a crucial part of modern C++ programming. Specifically, it covers vectors and arrays, providing a foundation for further exploration into the STL's powerful containers and algorithms.
F5 - References in CPP
This module focuses on C++ references, a powerful mechanism for managing data. You'll learn how to use them effectively, work through practical examples, and see how they integrate with other features like `auto`, `tuple`, and range-based for loops.
Practical Examples with Pointers and List
This hands-on section consolidates your understanding of pointers by walking through several practical examples, reinforcing the concepts learned in previous modules. You will build your skills to work with more complex pointer scenarios.
Functions
This comprehensive section covers functions in C++ extensively, breaking it down into multiple parts. You'll explore their creation, usage, parameters, return values, and various advanced aspects to build a strong understanding of this fundamental programming component.
Data Structures in CPP
This section introduces fundamental data structures in C++. You'll create a random card generator as a practical application and work on improving your main function using static_cast.
Data Structures - ADT
Building on the foundations, this section delves into Abstract Data Types (ADTs). You'll create an ADT class using constructors, learn about virtual methods and overriding, and explore controlling copy operations within your ADTs.
Data Structures - Templates
This module introduces the use of templates in building generic data structures, a powerful technique in C++ for code reusability and flexibility. You'll cover both function and class templates.
Data Structures - STL and Asymptotic Analysis
This module combines the use of the STL with algorithm analysis, an essential aspect of writing efficient and scalable code. You will explore algorithmic analysis and apply these principles in practical scenarios. This will cover Big O notation, and how to design data structures and algorithms for optimal performance.
Data Structures - Practice Test
This section provides a concise practice test to assess your understanding of the data structures covered in the previous modules. This allows you to check your progress and identify any areas requiring further attention.
Pointers and Arrays
This section revisits and expands on your understanding of pointers and arrays. It clarifies relationships between pointers and arrays, and how to manipulate arrays efficiently using pointer manipulation techniques.
ADT List
This module focuses on implementing a List ADT, guiding you through the creation of core functionalities such as get, insert, search, and remove methods. You'll also complete a comprehensive test of your implementation.
Nodes in Data Structures
This section dives into the concept of nodes as building blocks for more complex data structures. It covers examples of creating and chaining nodes with various data types. This builds up towards creating more advanced linked lists.
Creating Custom Linked List
This final section culminates in building a custom linked list, applying knowledge gained from previous modules about nodes and ADTs. This hands-on project allows you to put together all you've learned in a practical, real-world scenario.
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