Programación en C++ de cero con estructuras de datos y POO

Learn C++ Programming from Scratch: A Comprehensive Course

This course is designed for complete beginners, offering a thorough introduction to C++ programming. We start with fundamental concepts like algorithms, variables, and data types, then progress to advanced topics such as data structures and object-oriented programming (OOP). The knowledge you gain is equivalent to a 1000-page C++ textbook, built upon a well-structured curriculum drawing from multiple C++ programming resources.

We emphasize hands-on learning with a blend of theory and practice. You'll work through a wide range of exercises, gradually increasing in complexity as you develop your C++ skills.

Why Learn C++?

• Unmatched Efficiency: C++ is renowned for its performance, often exceeding other languages in terms of speed and resource management. It's a mid-to-low level language allowing for fine-grained control over memory usage and execution speed.
• Multi-Paradigm Power: Master both structured programming and object-oriented programming (OOP). This dual approach enhances your programming expertise and adaptability.
• High Demand: C++ remains a highly sought-after language, alongside Python, Java, C, and JavaScript. Learning C++ significantly boosts your career prospects.
• Robust Toolset: Develop skills to create clean, organized, and efficient code using best practices. This is invaluable for both individual projects and collaborative team environments.
• Versatile Applications: C++ is incredibly versatile, suitable for a vast array of projects including game development, device drivers, high-performance computing (HPC), cloud computing, desktop applications, embedded systems, mobile apps, web browsers, operating systems, and databases.

Course Curriculum:

This course covers a comprehensive range of C++ topics:

• Fundamentals:

  • Variables and Data Types
  • Arithmetic, Logical, and Comparison Operators
  • Control Structures: if, if-else, while, do-while, for, switch
  • Libraries and Constants
  • Scope, Local and Global Variables
  • Static and Dynamic Arrays
  • Pointers and Memory Management (Heap & Stack)
  • Iteration and Recursion
  • Methods and Functions
  • Pass by Value and Reference
  • Code Documentation
  • Structured and Modular Programming
  • Algorithmic Efficiency and Optimization
  • Searching and Sorting Algorithms
  • File Handling

• Data Structures:

  • Static and Dynamic Lists (Simple & Doubly Linked)
  • Static and Dynamic Queues
  • Static and Dynamic Stacks
  • Trees (Binary Trees, BST, AVL)
  • Hash Tables (Open & Closed Addressing)

• Object-Oriented Programming (OOP) (In Development):

  • Classes and Objects (In Development)
  • Encapsulation and Access Modifiers (In Development)
  • Constructors (In Development)
  • Method Overloading (In Development)
  • Special Methods (Getters, Setters, toString) (In Development)
  • Abstract Classes (In Development)
  • Inheritance (In Development)
  • Polymorphism (In Development)

Important Notes:

• The OOP sections are currently under development and will be available in the coming weeks.
• This course is continuously updated with new content.