Free Python Programming Course

This section relates how objects in real life that are associated with properties and behavior that define a class as a template in programming. 

This section gives you an overview of - What the Algorithmic Approach is and demonstrates an application of this approach in programming.

You will learn how to install Python and Pycharm IDE to get started with this programming language in this module. Next, you will get to know the installation steps of Anaconda Software. Lastly, you will learn to code your first program in Jupyter Notebook. 

This section introduces you to a Python interpreter, Jupyter Notebook, and its basics.

This section will demonstrate how to declare variables using integer, floating point, string, and boolean data types and store them depending on the declared variable size.

Python have three operator types: relational, arithmetic, and logical. The tutor will help you better understand these operators with the help of some examples in Python. 
 

This section will brief you about four different tokens in Python, starting from keywords, and continuing with identifiers, literals, and operators with demonstrated code snippets.

This module begins with an introduction to Python strings. You will learn to implement Python strings in 3 different ways in the Jupyter notebook. You will also be familiarized with some inbuilt string functions of Python. 
 

Data structures in Python include tuple, list, dictionary, set, conditional statement, and looping statement. This section shall enrich your knowledge on each of these with the code snippets in Jupyter Notebook. 

This section explains why and when to use “if-else” statements and demonstrates how to use them with an example.

This section explains why and when to use “loop” statements and demonstrates how to use them with an example.

This section shall define what functions are in Python and demonstrate how a block of code performs a targeted action with an ATM working example. 

This section shall begin by introducing you to OOPs, then continues by demonstrating how to create classes, adding parameters into the method, and constructors. You will then learn the concept of inheritance and understand its different types later in this section. 

This section explains why and when to create the first class in the program using Python and demonstrates its functionalities with code snippets.

This section explains why and when to add the parameters into the class in the program using Python and demonstrates its functionalities with code snippets.

This section explains why and when to create a class with a constructor in the program using Python and demonstrates its functionalities with code snippets.

This section explains inheritance with real-time examples and discusses how it works on a program. It also demonstrates working with a program to implement inheritance. 

This section explains single inheritance, multiple inheritances, multi-level inheritance, and hybrid inheritance types and discusses when and how they are implemented in a program.