Python for Beginners
Free
At Prodigiee, we believe learning should be an exciting adventure. Our Basic Python course for kids introduces young learners to the exciting world of programming using Python. Through interactive lessons and hands-on projects, students will build a strong foundation in …
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At Prodigiee, we believe learning should be an exciting adventure. Our Basic Python course for kids introduces young learners to the exciting world of programming using Python. Through interactive lessons and hands-on projects, students will build a strong foundation in computer science and develop problem-solving skills while creating apps, games, and websites. Our program is designed to be a fun and engaging journey, transforming your child into a coding superhero with the power to create amazing things.
Skills You’ll Gain:
- Solid foundation in Computer Science principles.
- Proficiency in Python programming.
- Problem-solving and creative thinking abilities.
- Analytical thinking skills for project development.
Course Summary Highlights:
- Master the Fundamentals: Learn the basics of Python programming through interactive games and activities and at your own pace
- Build Awesome Projects:Â Create personalized projects based on your child’s interests, like games, animations, or simulations.
- Develop Problem-Solving Skills: Solve coding challenges and puzzles to hone critical thinking abilities.
- Boost Confidence and Creativity: Express yourself creatively through code and celebrate your achievements.
Who is it for?Â
This course is ideal for young learners aged 10-18 with no prior coding experience who:
- Are curious about the world of computers and technology.
- Want to learn the basics of programming in a fun and engaging way.
- Enjoy problem-solving and logical thinking challenges.
- Are eager to express their creativity through code by building simple projects.
- Want to gain a valuable skill that can benefit them in their future studies and careers.
- 5 Sections
- 19 Lessons
- 22 Weeks
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- Module 1: Introduction to PythonBasics of Python programming: Exploring how a Python script works using simple math operations.5
- 0.0Hello World program: Customizing a greeting program that asks for the user’s name and greets them personally.
- 0.1Variables and data types: Creating a simple calculator that can perform addition, subtraction, multiplication, and division.
- 0.2Basic operators and expressions: Using operators to calculate the average of a series of numbers entered by the user.
- 0.3Input/output: Building a program that takes user input to list their favorite movies.
- 0.4Errors and debugging basics: Debugging a provided faulty code that intends to rank top 5 student scores.
- Module 2: Control Flow and Conditional Statements4
- 1.0Sequential and conditional flow: Creating a simple quiz that asks questions and processes answers in a linear fashion.
- 1.1Conditional statements: Designing a program that suggests activities based on weather conditions entered by the user.
- 1.2Iterative statements: Developing a guessing game using loops where the user has to guess a random number.
- 1.3Break and continue statements: Creating a menu-driven program that continues to execute unless the user decides to exit.
- Module 3: Strings, Lists, and Tuples3
- 2.0Introduction to strings and common operations: Manipulating song lyrics and extracting certain phrases or words.
- 2.1Introduction to lists: Creating and manipulating a list of items in a school canteen’s menu.
- 2.2Introduction to tuples: Using tuples to store immutable data like the days of the week and displaying them.
- Module 4: Dictionaries and Functions4
- 3.0Introduction to dictionaries: Creating a telephone directory where students can add, remove, or search for contacts.
- 3.1Introduction to functions: Writing a function to calculate the area and perimeter of various geometric shapes.
- 3.2Scope of variables: Demonstrating local and global variable effects within a simple user authentication system.
- 3.3Introduction to modules and libraries: Exploring random library to create a dice rolling simulator.
- Module 5: Exception Handling and File Handling3
- 4.0Introduction to exception handling: Implementing error handling in a simple arithmetic calculator to manage division by zero.
- 4.1Basics of file handling: Writing and reading back a diary entry from a text file.
- 4.2Introduction to different file types: Handling a CSV file to read and display a simple dataset of student grades.
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