C/C++ Programming Bootcamp with Projects

About Course

Master the power of programming with our C/C++ Programming Bootcamp with Projects, designed to take you from absolute beginner to confident developer. This online course covers everything from fundamental concepts like data types, control structures, and functions to advanced topics including pointers, memory management, file handling, and object-oriented programming in C++.

You will build practical projects such as mini calculators, file encryption tools, and basic data structure implementations to solidify your understanding and showcase your skills. Whether you are preparing for a career in software development, competitive programming, or embedded systems, this bootcamp will give you a strong foundation in C/C++ to solve real-world problems confidently.

With a blend of theory and hands-on coding exercises, our bootcamp ensures you can think like a programmer, debug effectively, and write optimized, clean code. By the end of the course, you will have a strong portfolio of C/C++ projects and the skills to move into advanced learning paths like system programming, competitive coding, or robotics.

Understand the fundamentals of C programming, including data types, operators, control flow, loops, and functions.
Work with arrays, strings, structures, and file handling for data management in C.
Master pointers and memory management for optimized low-level programming.
Learn the syntax and advanced features of C++ extending C with OOP concepts.
Implement Object-Oriented Programming in C++, including classes, objects, inheritance, and polymorphism.
Use the Standard Template Library (STL) effectively for faster coding in C++.
Develop hands-on projects such as calculators, student record systems, and bank management systems.
Debug and optimize C/C++ programs for clean, efficient code.
Prepare for competitive programming and technical interviews with practical coding practice.
Build a solid programming portfolio with C/C++ projects for real-world application.

Course Content

Module 1: Introduction to C Programming
History and relevance of C Setting up development environment (Code::Blocks, GCC) Basic structure of a C program Compilation, execution, and debugging workflow

Module 2: Core C Programming Concepts
Data types and variables Operators and expressions Input and output operations Control flow: if, else, switch Looping structures: for, while, do-while

Module 3: Functions and Arrays
Defining and calling functions Scope, lifetime, and recursion Single and multi-dimensional arrays String handling and manipulation

Module 4: Pointers and Memory Management
Understanding pointers Pointers with arrays and functions Dynamic memory allocation (malloc, calloc, free) Common pointer errors and debugging

Module 5: Structures and File Handling in C
Defining and using structures Nested structures and arrays of structures File operations: reading, writing, appending File handling with structures

Module 6: Introduction to C++ Programming
Difference between C and C++ Setting up C++ environment Basic syntax and structure Data types, operators, and control structures

Module 7: Object-Oriented Programming in C++
Classes and objects Constructors and destructors Encapsulation and data hiding Inheritance and polymorphism Function overloading and operator overloading

Module 8: Advanced C++ Concepts
Pointers and references Dynamic memory in C++ Standard Template Library (STL): Vectors, Lists, Maps Exception handling in C++

Module 9: Building Projects
Project 1: Simple Calculator (C) Project 2: Student Record Management System (C) Project 3: File Encryption & Decryption Tool (C) Project 4: Bank Management System (C++) Project 5: Contact Book using OOP (C++)

Module 10: Debugging and Optimization
Debugging techniques and tools Best coding practices Code optimization tips Preparing for interviews and competitive programming

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What Will You Learn?

Course Content

Module 1: Introduction to C Programming
History and relevance of C Setting up development environment (Code::Blocks, GCC) Basic structure of a C program Compilation, execution, and debugging workflow

Module 2: Core C Programming Concepts
Data types and variables Operators and expressions Input and output operations Control flow: if, else, switch Looping structures: for, while, do-while

Module 3: Functions and Arrays
Defining and calling functions Scope, lifetime, and recursion Single and multi-dimensional arrays String handling and manipulation

Module 4: Pointers and Memory Management
Understanding pointers Pointers with arrays and functions Dynamic memory allocation (malloc, calloc, free) Common pointer errors and debugging

Module 5: Structures and File Handling in C
Defining and using structures Nested structures and arrays of structures File operations: reading, writing, appending File handling with structures

Module 6: Introduction to C++ Programming
Difference between C and C++ Setting up C++ environment Basic syntax and structure Data types, operators, and control structures

Module 7: Object-Oriented Programming in C++
Classes and objects Constructors and destructors Encapsulation and data hiding Inheritance and polymorphism Function overloading and operator overloading

Module 8: Advanced C++ Concepts
Pointers and references Dynamic memory in C++ Standard Template Library (STL): Vectors, Lists, Maps Exception handling in C++

Module 9: Building Projects
Project 1: Simple Calculator (C) Project 2: Student Record Management System (C) Project 3: File Encryption & Decryption Tool (C) Project 4: Bank Management System (C++) Project 5: Contact Book using OOP (C++)

Module 10: Debugging and Optimization
Debugging techniques and tools Best coding practices Code optimization tips Preparing for interviews and competitive programming

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What Will You Learn?

Course Content

Module 1: Introduction to C Programming History and relevance of C Setting up development environment (Code::Blocks, GCC) Basic structure of a C program Compilation, execution, and debugging workflow

Module 2: Core C Programming Concepts Data types and variables Operators and expressions Input and output operations Control flow: if, else, switch Looping structures: for, while, do-while

Module 3: Functions and Arrays Defining and calling functions Scope, lifetime, and recursion Single and multi-dimensional arrays String handling and manipulation

Module 4: Pointers and Memory Management Understanding pointers Pointers with arrays and functions Dynamic memory allocation (malloc, calloc, free) Common pointer errors and debugging

Module 5: Structures and File Handling in C Defining and using structures Nested structures and arrays of structures File operations: reading, writing, appending File handling with structures

Module 6: Introduction to C++ Programming Difference between C and C++ Setting up C++ environment Basic syntax and structure Data types, operators, and control structures

Module 7: Object-Oriented Programming in C++ Classes and objects Constructors and destructors Encapsulation and data hiding Inheritance and polymorphism Function overloading and operator overloading

Module 8: Advanced C++ Concepts Pointers and references Dynamic memory in C++ Standard Template Library (STL): Vectors, Lists, Maps Exception handling in C++

Module 9: Building Projects Project 1: Simple Calculator (C) Project 2: Student Record Management System (C) Project 3: File Encryption & Decryption Tool (C) Project 4: Bank Management System (C++) Project 5: Contact Book using OOP (C++)

Module 10: Debugging and Optimization Debugging techniques and tools Best coding practices Code optimization tips Preparing for interviews and competitive programming

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Module 1: Introduction to C Programming
History and relevance of C Setting up development environment (Code::Blocks, GCC) Basic structure of a C program Compilation, execution, and debugging workflow

Module 2: Core C Programming Concepts
Data types and variables Operators and expressions Input and output operations Control flow: if, else, switch Looping structures: for, while, do-while

Module 3: Functions and Arrays
Defining and calling functions Scope, lifetime, and recursion Single and multi-dimensional arrays String handling and manipulation

Module 4: Pointers and Memory Management
Understanding pointers Pointers with arrays and functions Dynamic memory allocation (malloc, calloc, free) Common pointer errors and debugging

Module 5: Structures and File Handling in C
Defining and using structures Nested structures and arrays of structures File operations: reading, writing, appending File handling with structures

Module 6: Introduction to C++ Programming
Difference between C and C++ Setting up C++ environment Basic syntax and structure Data types, operators, and control structures

Module 7: Object-Oriented Programming in C++
Classes and objects Constructors and destructors Encapsulation and data hiding Inheritance and polymorphism Function overloading and operator overloading

Module 8: Advanced C++ Concepts
Pointers and references Dynamic memory in C++ Standard Template Library (STL): Vectors, Lists, Maps Exception handling in C++

Module 9: Building Projects
Project 1: Simple Calculator (C) Project 2: Student Record Management System (C) Project 3: File Encryption & Decryption Tool (C) Project 4: Bank Management System (C++) Project 5: Contact Book using OOP (C++)

Module 10: Debugging and Optimization
Debugging techniques and tools Best coding practices Code optimization tips Preparing for interviews and competitive programming