C++ Course

C++ Course Syllabus

• Introduction to C++ Programming
  • Understanding the importance of C++ in software development
  • Setting up the development environment and compiler
  • Writing, compiling, and running a basic C++ program
  • Exploring the C++ standard library and its components
• Variables and Data Types
  • Introduction to variables and their significance
  • Exploring fundamental data types: int, float, char
  • Variable declaration, initialization, and naming conventions
  • Performing basic arithmetic operations with variables
• Control Structures: Conditions and Branching
  • Introducing loops (for, while, do-while)
  • Automating repetitive tasks with loops
  • Loop control statements: break and continue
  • Developing interactive programs using loops
• Functions and Modular Programming
  • Defining and invoking functions in C++
  • Parameters, return values, and function signatures
  • Organizing code into reusable functions
  • Solving problems using modular programming techniques
• Arrays and Pointers
  • Working with arrays: declaration, initialization, and access
  • Understanding the concept of pointers
  • Pointer arithmetic and dynamic memory allocation
  • Manipulating arrays and strings using pointers
• Object-Oriented Programming (OOP) Basics
  • Introduction to object-oriented programming (OOP) principles
  • Defining classes and objects in C++
  • Encapsulation and data hiding
  • Applying OOP concepts to real-world scenarios
• OOP: Inheritance and Polymorphism
  • Extending classes through inheritance
  • Overriding base class methods
  • Understanding polymorphism and dynamic binding
  • Creating class hierarchies for diverse applications
• File Handling and Streams
  • Reading from and writing to files in C++
  • Understanding file streams and their modes
  • Processing text and binary files
  • Storing and retrieving data using file I/O operations
• Exception Handling and Debugging
  • Handling runtime errors with try-catch blocks
  • Understanding common types of exceptions
  • Debugging techniques and tools in C++
  • Writing robust programs with proper error handling
• Standard Template Library (STL)
  • Introduction to the C++ Standard Template Library (STL)
  • Exploring containers: vectors, lists, maps
  • Using STL algorithms for efficient data manipulation
  • Enhancing code productivity with pre-built components
• Final Project and Course Conclusion
  • Applying all learned concepts to develop a comprehensive project
  • Planning, designing, and implementing a C++ program
  • Presenting the final project to peers and reflecting on the learning journey
  • Exploring potential career paths and further study in programming and software development