1: Introduction to C programming

The initial phase focuses on C as the foundation of procedural programming, teaching the logic and Structure of code before advancing to object-oriented languages.

1.      Fundamentals: Introduction to programming logic, algorithm design, and the basic structure of a C program.

2.      Data types and variables: How to use different data types, constants, and variables.

3.      Operators and expressions: Arithmetic, relational, logical, and bitwise operators.

4.      Control flow statements: Conditional statements (if, else, switch) and loops (for, while, do while).

5.      Functions: Defining and calling functions, parameter passing (call by value and call by Reference), and recursion.

6.      Arrays and strings: Working with single and multi-dimensional arrays, and standard string Functions.

7.      Pointers: A deep dive into pointers, dynamic memory allocation (malloc, calloc, free), and Pointer arithmetic.

8.      User-defined data types: Structures and unions.

9.      File handling: Performing read and write operations on files.

10.  Preprocessor: Understanding preprocessor directives like #include and #define.

11.  Projects: Building simple console-based applications like a calculator or a student record System.

2: Object-oriented programming with C++

Building upon the C foundation, this section introduces C++, with an emphasis on object-oriented Programming (OOP) principles.

12.  C++ basics: Introduction to C++, input/output streams (cin, cout), and how C++ differs from

C.

13.  Object-Oriented Programming (OOP) concepts: Encapsulation, abstraction, inheritance, and

Polymorphism.

14.  Classes and objects: Defining classes, creating objects, and understanding access modifiers (Public, private, protected).

15.  Constructors and destructors: Using constructors to initialize objects and destructors to Clean up memory.

16.  Inheritance: Implementing different types of inheritance (single, multiple, multilevel, Hierarchical).

17.  Polymorphism: Function and operator overloading, and virtual functions.

18.  Templates: Writing generic functions and classes using templates.

19.  Exception handling: Handling runtime errors gracefully.

20.  Standard Template Library (STL): An introduction to basic STL containers like vectors and Lists.

21.  Projects: Developing applications that demonstrate OOP concepts, such as a banking system or inventory management tool.

3: Platform-independent development with Java

Enterprise and web applications.

22.  Java fundamentals: History, features (like JVM and garbage collection), and setting up the Development environment.

23.  Core Java concepts: Variables, data types, operators, and control flow.

24.  OOP in Java: Re-emphasizing OOP concepts like classes, objects, inheritance, and Polymorphism in the context of Java.

25.  Exception handling: Managing exceptions using try-catch blocks.

26.  Packages and interfaces: Organizing classes and implementing interfaces.

27.  Multithreading: Implementing multithreaded applications.

28.  Collections framework: Learning about data structures like ArrayList, HashMap, and HashSet.

29.  JDBC (Java Database Connectivity): Connecting Java applications to a database.

30.  Introduction to web concepts: Basic overview of Servlets and JSP (Java Server Pages) for web Development.

31.  Projects: Building a small-scale, multi-tier application (e.g., a simple web application with Database connectivity).