
Explore why Python is simple, object-oriented, high-level, dynamically typed and platform independent; learn its rich libraries for web, data, AI, machine learning, and IoT, with practical exercises and career-ready skills.
download and install Python from python.org, choose your operating system, and run the installer, then download and install Visual Studio Code and adjust path length limit if prompted.
Set up Visual Studio Code for Python, create hello.py, install the linter, and run the code in the integrated terminal using the run button or Python hello.py to see output.
Learn how to declare variables in Python with dynamic typing, assigning integers, floats, and strings, then print their values using a simple script and run it in the terminal.
Write single-line comments with a hash and multi-line comments with triple quotes in Python. Understand that comments are not read by the interpreter and help readability.
Learn to add two numbers in Python by assigning x = 10 and y = 20, computing z = x + y, and printing x, y, and z.
Learn how Python classifies numbers by type (int, float, complex) and how to use the type function to inspect variables, including mixing values and recognizing string results.
Explore how the plus operator in Python concatenates strings and adds numbers, and learn what happens when mixing types and triggering type errors.
Explore type casting in Python by performing forceful conversion of one data type into another, using int, float, and str to convert values and handle concatenation.
Learn to take input in Python using the input function, print a hello message with the entered name, and compare a two-line versus single-line approach.
Learn to add two numbers in Python using user input, convert input from string to float (best practice) for decimals, avoid string concatenation, and apply typecasting.
Explore string handling in Python for beginners by printing strings, measuring length with len, indexing and slicing, splitting, stripping whitespace, replacing characters, and converting case with lower and upper.
Learn how to use Python lists, a mutable, ordered data structure that can hold heterogeneous elements, perform indexing, length checks, append and insert operations, and simple looping.
Explore six methods to remove elements from a Python list, including remove, pop (with or without an index), del, and clear. Del deletes a single item or the whole list; clear empties all elements while keeping the list intact.
Learn how to copy a Python list without creating a reference to the original, using the copy method or the list constructor, with practical examples.
Learn to create lists in Python using square brackets and the list constructor with double round brackets, then print list examples to compare methods.
Explore Python tuples as immutable, ordered collections written with round brackets, distinct from lists, and learn indexing, length, count, and iteration with the tuple constructor.
Python is one of the most widely used programming languages, known for its simplicity and versatility. This beginner-friendly course introduces you to Python’s core concepts, making it easier to start coding confidently.
In this course, you will learn the basics of Python programming, including syntax, variables, data types, loops, and functions. Step-by-step explanations will guide you through each concept, ensuring clarity and understanding. You will also explore real-world applications of Python in various fields such as data analysis, automation, and web development.
This course emphasizes foundational concepts that will help you develop logical thinking and problem-solving skills. You will learn how to structure code effectively, manage data, and write simple programs that can be applied to different scenarios. Whether you want to automate repetitive tasks, process information, or explore programming as a new skill, Python provides an excellent starting point.
By the end of this course, you will be able to write basic Python programs, understand fundamental coding principles, and apply your knowledge to simple projects. The structured approach makes it accessible for learners from various backgrounds.
No prior programming experience is required—just a willingness to learn and explore. Whether you are a student, a professional looking to enhance your skills, or simply curious about programming, this course offers an engaging introduction to Python. Join us and take the first step into the world of coding!