Start diving into the amazing world of programming and computer science with Python, a language that is in high-demand by employers all over the world. Learn with engaging video lectures, diagrams, quizzes, coding exercises, articles, and resources specifically designed for learners with no prior programming knowledge.
Start diving into the amazing world of programming and computer science with Python, a language that is in high-demand by employers all over the world. Learn with engaging video lectures, diagrams, quizzes, coding exercises, articles, and resources specifically designed for learners with no prior programming knowledge.
Learn to Code with Python and Take Your First Steps into the World of Computer Science
Learn how to write your own Python programs applying fundamental computer science and programming concepts such as variables, expressions, statements, data types, values, and more.
Understand how programs work step by step with graphical explanations and diagrams.
Practice your skills with coding exercises, quizzes, and a final course exam that you can take as many times as needed to check your knowledge.
Work with Python's built-in data structures: Lists, Tuples, Dictionaries, and Sets. Understand their structure, characteristics, and purpose.
Add conditionals to your programs, understand how they work and why we use them.
Learn how to repeat blocks of code using for loops and while loops. Understand their syntax, logic, and how they work behind the scenes.
Write functions to make your code more concise and maintainable. Understand the role and differences of parameters and arguments and return values from functions.
Work with files. Learn how to read files and how to write content to files using Python.
Student Reviews
Hi Estefania, I really like this python course for beginners. It is your way of explaining the material, but also your many exercises in between and the graphic representation of the learning content. You do it great and I enjoy the excursions into the world of programming with you. Thanks. - Gregor Burghardt.
Great course for those new to Python. Also a good refresher for those who have not done programming for a while - Rhoda La Madrid.
Fantastic teacher, I really enjoy learning from Estefania, she is explain every detail in a way that I learn with out any question left in my mind about what she teach in each section, this teacher is the first that make me get what I watch, after many courses I try to watch and learn with no luck, all other teachers I watch had no consistency and get tired explain, thank you Estefania for you great courses, I will enroll to all of python courses from you. - Bill.
Course Updates
Feb 2021 - NEW Crossword Puzzles for each section.
Feb 2021 - NEW Project: Encrypt Messages with Caesar's Cipher.
Python: An In-demand Skill Around the World
Python is currently one of the most popular programming languages and its popularity continues to rise every year. It is used for real-world applications in diverse areas such as Web Development, Data Science, Machine Learning, Artificial Intelligence and many more.
Learning Python is your next step into the amazing and powerful world of programming and computer science.
Python will be a very helpful tool for you in any field of work, including:
Web Development
Machine Learning
Data Science
Artificial Intelligence
Game Development
Mobile App Development
Bioinformatics
Medical Software
Computer Vision
and... many more.
Goals
By the end of this course, you will be able to:
Write, read, and understand simple Python programs.
Know and apply the fundamental concepts of programming and computer science.
Identify and classify the different types of values and data structures that you can use in Python.
Determine when to use lists, tuples, dictionaries, or sets based on their characteristics and functionality.
Work with Python built-in data structures and their elements.
Read, write, and understand conditionals, for loops, while loops, and functions.
Work with files using Python.
Learning Material & Resources
Throughout the course, you will find these resources:
Video Lectures: 4.5+ hours of video lectures with carefully designed graphics and diagrams. You will see how the code works behind the scenes with step-by-step explanations.
Coding Exercises: practice with 40+ coding exercises and check your solution immediately.
Quizzes: check your knowledge with 23+ quizzes with 145+ questions that provide unlimited attempts and instant feedback.
Course Exam: take a final course exam with 25+ questions to test your knowledge. The exam has unlimited attempts and detailed results for each attempt.
Study Guide: review for the final course exam with a detailed and unique PDF study guide with 135+ questions.
Project: build a text-based "Rock, Paper, Scissors" game to apply your skills.
Articles: read articles with detailed explanations and illustrations to complement your knowledge.
What makes this course unique?
This course is unique because of its emphasis on providing visual and detailed explanations of the principles of Python programming. You will not only learn how to use these principles in Python, you will actually understand the purpose of each line of code.
Unique study materials complement the course experience. You will find a Study Guide specifically designed for the course with 135+ questions on the course content.
You will solve Coding Exercises and you will receive instant feedback for your submission.
You will check your knowledge with Quizzes that will make you think more deeply about the topics presented in each section and you will receive instant feedback to check your answer.
You will receive a Certificate of Completion that you can add to your social media profiles to showcase your new skills.
You will also have Lifetime Access to the course.
You are very welcome to watch the preview lectures and check out the full course curriculum.
If you are looking for an engaging, visual, and practical course, then you've found it.
Enroll now, add "Python Programming" to your resume, and showcase your new skills.
Brief overview of the content and structure of the course.
How to format code, how to adjust video quality, and special course wallpaper.
Download and share a special badge to celebrate this milestone.
Instructions to download Python from the official website and install it using the default settings.
Learn how to run IDLE from the folder where you installed Python.
Practical explanation of how to run IDLE, its basic structure and tools, and how to use the interactive shell.
Practical walkthrough of how to create your first "Hello, World!" program.
Introduction to the concept of a variable. Purpose, use cases, and syntax.
Explanation of the differences between an "expression" and a "statement", which are very important concepts in computer science.
Rules and guidelines that you should follow to name variables in Python.
Introduction to the two main numeric types used in Python: Integer and Float. They characteristics, use cases, and differences.
Explanation of the problem of rounding and approximation when we perform operations with floating-point numbers in Python.
Explanation of Boolean Values in Python. Purpose, use cases, and syntax.
List of Python keywords and how to access them in the Python shell.
Introduction to the String Data Type in Python. Purpose, use cases, syntax, and basic structure.
Explanation of the concepts of "syntax and "semantics" and their main differences.
Practice by solving a special crossword puzzle with important concepts that you learned during this section.
Introduction to this section and brief explanation of the concepts of "operator" and "operand."
Introduction to Arithmetic Operators, their purpose, use cases, and syntax.
Introduction to Comparison Operators, their purpose, use cases, and syntax.
Introduction to Logical Operators and truth tables. Purpose, use cases, and syntax.
Introduction to Assignment Operators. Purpose, use cases, and syntax.
Explanation of the rules of precedence of Python operators.
Practical explanation of how to access the elements of a list using their corresponding indices.
Explanation of how you can get the length of a string with the 'len' function.
Detailed description of how strings are compared based on the lexicographical order of their characters.
Practical explanation of how you can access a character of a string with its corresponding index.
Brief description of the concept of a substring.
Practical explanation of how you can get a slice of a string with two parameters (start and stop).
Description of the default values of the start and stop parameters and how to use them.
Practical explanation of how you can get a slice of a string with three parameters (start, stop, and slice).
Description of the default value of the step parameter and the different combinations of parameters and their default values that you can use.
Summary of the key takeaways of string slicing in Python.
Brief explanation of the concept of a "Method" in Python.
Detailed and practical explanation of the most frequently used string methods, their syntax, and use cases.
Introduction to the fundamentals aspects of lists: structure, purpose, and syntax.
How to get the length of a list with the 'len' function.
Practical explanation of how to add an element to the end of a list or at a specific index.
Practical explanation of how to remove the first occurrence of an element in a list.
Practical explanation of how to check if an element is in a list or not and how to find the index where it is stored.
Practical explanation of how to update the value/element stored at a given index.
Detailed and graphical explanation of list slicing using the start, stop, and step parameters.
Detailed description of the most commonly used list methods, their syntax, and use cases.
Detailed and graphical explanation of nested lists, their syntax, and how they can be accessed using indices.
Introduction to tuples. Purpose, use cases, and syntax.
Brief summary of the differences between tuples and lists.
Practical explanation of the methods used to find and count elements in a tuple.
How to use the 'len' function to get the length of a tuple.
How to concatenate (join) tuples to create a new one using the + operator.
Practical explanation of tuple indexing (how to get an element of a tuple using its corresponding index).
How to slice a tuple using two and three parameters: start, stop, and step.
Explanation of the concept of nested tuples and how to access and modify their elements.
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