1. INTRODUCTION TO PYTHON PROGRAMMING:

   • An introduction covering fundamental Python programming concepts. Explores syntax, data structures, and basic principles, providing a strong foundation for beginners.

2. PROGRAMMING RULES:

   • Discusses essential rules and conventions for Python programming. Covers best practices, syntax regulations, and coding style guidelines.

3. CONSTANT & VARIABLES:

   • Details constants and variables in Python, explaining their significance and usage.

4. PSEUDO CODE:

   • Introduces pseudo code, a high-level representation of an algorithm, aiding in planning and structuring Python code before implementation.

5. TYPE OF OPERATORS:

   • Focuses on different types of operators in Python—arithmetic, comparison, logical, bitwise, and assignment operators.

6. CONDITIONAL STATEMENTS:

   • Explores conditional statements in Python, including if, else, and elif statements, vital for decision-making in programming.

7. FOR & NESTED LOOP:

   • Covers 'for' loops, which iterate over a sequence, and nested loops, which involve loops inside other loops.

8. WHILE LOOP:

   • Introduces 'while' loops, used to execute a block of code repeatedly as long as a condition is true.

9. DATA TYPES:

   • Covers various data types in Python, such as int, float, string, list, tuple, dictionary, etc.

10. TYPE CASTING:

    • Discusses type casting, the conversion of one data type to another in Python.

11. STRING HANDLING:

    • Focuses on handling strings in Python, covering string manipulation and various string operations.

12. ERROR HANDLING:

    • Introduces error handling mechanisms in Python to manage and handle exceptions.

13. FUNCTIONS (DATA STRUCTURE USING FUNCTIONS):

    • Discusses functions and their use in creating data structures and organizing code.

14. ENCAPSULATION:

    • Covers encapsulation, a mechanism to restrict access to certain components in Python.

15. ABSTRACTION:

    • Introduces abstraction, focusing on hiding implementation details while showing only essential features.

16. INHERITANCE:

    • Discusses inheritance, a fundamental feature in object-oriented programming, allowing new classes to take on attributes and behaviors of existing classes.