Course Content:

Course Content (Module-wise Syllabus)

Module 1: Fundamentals of Computer & Programming Logic (Weeks 1-2)

Before writing code, we build a solid foundation in computer architecture and logical thinking.

• • Computer Basics: Understanding hardware, software, memory types, and operating system basics.

  • Problem-Solving Skills: Introduction to Algorithms and Flowcharts to map out program logic.

  • Environment Setup: Installing and navigating Modern IDEs (Integrated Development Environments) like VS Code or Code::Blocks.

Module 2: Core C++ Programming Foundations (Weeks 3-5)

Mastering the building blocks of the C++ language.

• • Introduction to C++: Syntax, structure of a C++ program, and compilation process.

  • Data & Variables: Variables, Constants, and fundamental Data Types (int, float, char, bool).

  • Input/Output Streams: Taking user input and displaying output efficiently using cin and cout.

  • Control Flow Structures: Decision-making with if-else and switch-case statements.

  • Looping Mechanisms: Automating tasks using for, while, and do-while loops.

Module 3: Advanced Data Structures & Functions (Weeks 6-7)

Learning how to organize data and write reusable code.

• • User-Defined Functions: Creating functions, parameters passing (Call by Value vs. Call by Reference).

  • Arrays & Strings: Storing collections of data in 1D and 2D arrays, and manipulating text with strings.

  • Introduction to Pointers: Demystifying memory addresses and basic pointer operations.

Module 4: Object-Oriented Programming (OOPs) Core (Weeks 8-10)

Shifting from procedural code to the industry-standard software design paradigm.

• • The OOPs Paradigm: Understanding why OOPs is used in modern software development.

  • Classes & Objects: Creating blueprints (classes) and real-world instances (objects).

  • Data Hiding & Security: Implementing access specifiers (public, private, protected) for Encapsulation.

  • Constructors & Destructors: Automatically initializing and destroying object data.

Module 5: Advanced OOPs Concepts (Weeks 11)

Unlocking the true power of structural and flexible coding.

• • Inheritance: Code reusability by creating child classes (Single, Multiple, and Multilevel Inheritance).

  • Polymorphism: Making code flexible using Function Overloading and Virtual Functions.

  • Data Abstraction: Simplifying complex systems by hiding background details.

Module 6: Capstone Project & Certification (Week 12)

Putting theories into practice by building a standalone application.

• • Project Development: Guided building of a real-world software project (e.g., Student Database Management, Bank Account Simulator, or Library Management System).

  • Code Optimization: Learning digital hygiene, code formatting, and debugging errors.

  • Final Assessment: Practical viva/exam followed by the award of the CCO Certificate.