
Begin a creative journey with Python, mastering fundamentals, core concepts, and libraries to build real-world projects and unlock data analysis and AI potential.
Install and launch the Python integrated development environment from python.org, choose Python 3.13 for Windows after Windows 7, pin the IDE to the start menu, and start programming.
Define and use Python variables by assigning values, explore string data type as a sequence of characters in quotes, print messages, and check types in a Jupyter notebook on Anaconda.
Explore how Python floats represent real numbers with decimals, perform arithmetic operations as multiplication, division, and exponentiation, and verify that results remain floats using type checks in a Jupyter notebook.
Learn about Python booleans and boolean expressions, including true or false results from A > B, A == B, and A != B, using Anaconda and Jupyter notebooks.
Explore Python tuples, an ordered, immutable collection that allows duplicates and mixed types. Access items by index, check length, and observe that tuples cannot be changed after creation.
Explore Python built-in sets, unordered collections that disallow duplicates and are not indexed, with examples like cars and mixed-type sets; learn type checks, length, and add, remove, and update operations.
Explore Python arithmetic operation addition, demonstrating integer and float addition, type results (int vs float), and string concatenation, with hands-on practice in a Jupyter notebook via Anaconda.
Learn python conditional statements with the if statement, using comparisons like equal, not equal, greater than, greater than or equal, less than, and less than or equal, with input examples.
Explore python loops with the for-else construct, printing elements from lists and nested loops, and see how else executes after loop completion across lists, tuples, sets, and dictionaries.
Understand how python functions are blocks of code that run when called. See def calculate func and print func with two or more arguments and their return values.
Explore Python functions through an ideal body weight calculator. Define ibew with gender and height inputs, apply lowercase checks, and return calculations or invalid data in a Jupyter notebook.
Learn how Python pow function computes a base to an exponent, print examples like 10 to 3 equals 1000, and 10 to -3 equals 0.001, using Anaconda and Jupiter notebooks.
Python Programming
Welcome to this course of Python Programming Fundamentals!
Actually Python is one of the most important programming languages that are contributing to the world technology development.
Python is widely used in various domains such as, data analysis, artificial intelligence, machine learning, scientific computing, game development, web development and more.
Python is and perfect choice for both beginners, experienced and expert developers and professionals.
The students will learn in this course:
Python Fundamentals: Understand Python syntax, variables, data types, data structures and control.
Core Concepts: Dive into functions, modules, classes, objects, files handling, and files manipulation including text, images and videos.
Work with Python Libraries: Get hands-on important Python libraries like NumPy, Pandas, Matplotlib, Plotly Express, and OpenCV.
Build Projects: Apply your knowledge to create real-world projects, enhancing your coding skills and problem-solving abilities.
This course is structured to provide you with step-by-step guidance, real coding examples, to reinforce your skills, and make python programming easy and expand your imagination to create real models. Whether you're new to programming or looking to expand your skills, Python is a powerful tool that will open doors to endless possibilities for you.
Let’s embark together in this exciting journey and unlock the potential of Python programming.