Real-World Programming for Kids with Python

In this course, a father and two sons take you on a fun-filled adventure into the exciting world of programming with Python. Geared towards ages 8-14, this program is designed to teach kids the basic fundamentals of programming and to spark a passion for coding with fun and practical examples and exercises.

Parents should sit with their child to watch each video and assist with installing the necessary software and completing coding exercises.

Basic computer skills, including keyboard typing and using a mouse are required to get through this course and some prior exposure to programming will be helpful, especially for younger children. We recommend the MIT Scratch program as a precursor to this course if you’ve never done any programming before.

All of the exercises demonstrated in this course were run on a Windows 10 computer. Most of the exercises should also work on a Mac as well, although some slight differences may be encountered.

What's inside

Syllabus

Overview of what will be covered in this course

Introduction

Programming Fundamentals

Overview of Python Programming

Review fundamentals covered in this section.

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Introduces programming fundamentals in a way that is accessible and engaging for children, fostering an early interest in coding and software development

Uses Python, a widely used language in both industry and education, providing a solid foundation for future programming endeavors

Includes hands-on projects like a fortune teller, trivia game, and space shooter, which reinforces learning through practical application and creative expression

Recommends MIT Scratch as a precursor, suggesting that learners with no prior experience may benefit from an even more beginner-friendly introduction to programming concepts

Requires parents to sit with their child to watch each video and assist with installing the necessary software and completing coding exercises

Demonstrates exercises on Windows 10, and while most exercises should work on Mac, some slight differences may be encountered, which may require troubleshooting

Reviews summary

Engaging python programming for kids

According to learners and their parents, this course offers a fun and engaging introduction to Python programming specifically designed for children aged 8-14. Students highlight the hands-on coding projects and games as particularly effective for learning. While the course provides a solid foundation, it is noted that parental involvement is often necessary, especially for younger kids or for assistance with initial software setup. Overall, reviews suggest it successfully sparks interest in coding through clear explanations and practical examples, making it a great family learning experience.

Some concepts are introduced quickly.

"While the early parts are great, the pace picks up in later sections (like functions and libraries) which might be tough for some kids without help."

"Needed to rewatch a few videos to fully understand concepts like loops and lists before moving on."

"It gives a good overview, but we sometimes needed to look up additional resources for a deeper dive into a topic."

"For absolute beginners, it might be beneficial to spend a little more time on certain fundamental concepts."

Requires parent help, as intended.

"As the course description mentions, parental guidance is essential, particularly during the setup phase and for troubleshooting."

"My child needed assistance from me to understand some of the later concepts and debug code, which was fine as we learned together."

"This is definitely a course you do *with* your child, not just leave them to do alone."

"We made it a family activity, which made the learning enjoyable for both of us."

Concepts explained clearly for young minds.

"He broke down complex concepts into simple terms that my 9-year-old could easily grasp."

"The explanations were clear and concise, making the fundamentals of Python accessible to children."

"I felt the instructor did a great job explaining programming logic at an age-appropriate level."

"Good fundamental introduction that doesn't overwhelm young learners."

Practical coding exercises are fun.

"The projects like the Blackjack game and the Space Shooter were incredibly fun and kept my son engaged."

"I really enjoyed building the games with my daughter; it made the learning process much more interactive and less abstract."

"The hands-on coding and projects are the strongest part of the course for me, especially the graphics section."

"Building things that actually work, like the Fortune Teller app, was very motivating."

Environment setup may pose challenges.

"Getting the development environment set up initially was the most challenging part of the course for us."

"Had some issues following the setup instructions on our Mac, it required some external searching to resolve."

"The setup section could benefit from being updated or made slightly clearer, especially for non-Windows users."

"It took longer than expected to get Python and the necessary libraries installed correctly."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Real-World Programming for Kids with Python with these activities:

Review MIT Scratch Concepts

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Reinforce foundational programming concepts using MIT Scratch before diving into Python. This will make the transition smoother, especially for younger learners with no prior programming experience.

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Revisit Scratch projects you've previously created.
Review key concepts like loops, conditionals, and variables in Scratch.
Try creating a simple game or animation in Scratch to refresh your skills.

Review "Python for Kids: A Playful Introduction to Programming"

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Supplement the course with a kid-friendly Python book. This will provide an alternative explanation of concepts and additional practice exercises.

View Python for Kids, 2nd Edition: A Playful... on Amazon

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Read through the chapters covering topics relevant to the current course section.
Work through the examples and exercises provided in the book.
Compare the book's explanations with the course's explanations to solidify understanding.

Review "Automate the Boring Stuff with Python"

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Explore real-world applications of Python to motivate further learning. This book provides examples of how Python can be used to automate tasks, which can spark interest in more advanced programming concepts.

View Automate the Boring Stuff with Python, 3rd... on Amazon

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Browse the table of contents to identify chapters that seem interesting.
Read through the selected chapters and try out the code examples.
Think about how the concepts learned can be applied to automate tasks in your own life.

Three other activities

Expand to see all activities and additional details

Show all six activities

Expand the Trivia Game

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Enhance the Trivia Game project from the course by adding new features. This will reinforce understanding of loops, conditionals, and input/output.

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Add a scoring system to track the player's score.
Implement multiple difficulty levels with varying question complexity.
Allow players to choose a category of trivia questions.
Incorporate a timer to add a sense of urgency to the game.

Create a Python Tutorial for Kids

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Solidify learning by creating a tutorial explaining a specific Python concept to other kids. This will require a deep understanding of the topic and the ability to explain it clearly.

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Choose a Python concept covered in the course (e.g., loops, functions, lists).
Write a clear and concise explanation of the concept, using examples that are easy for kids to understand.
Create a short video or presentation to accompany the explanation.
Share the tutorial with other kids and get feedback.

Contribute to a Simple Python Project on GitHub

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Gain experience with collaborative coding and version control by contributing to a simple open-source Python project. This will expose students to real-world software development practices.

Show steps

Find a beginner-friendly Python project on GitHub (e.g., a simple game or utility).
Read the project's documentation and understand its goals.
Identify a small bug or feature that you can contribute.
Submit a pull request with your changes.

Career center

Learners who complete Real-World Programming for Kids with Python will develop knowledge and skills that may be useful to these careers:

Coding Tutor

A Coding Tutor provides personalized instruction and guidance to students learning to code. This involves assessing students' needs, creating customized lesson plans, and providing feedback on their code. This course may be useful because it provides a solid understanding of Python programming, which can be directly applied to tutoring students. The course's structure, designed for a father and sons to learn together, gives insight for creating effective tutoring strategies. A Coding Tutor needs to have hands-on programming experience.

See salaries and explore the career path for Coding Tutor

Computer Science Teacher

A Computer Science Teacher educates students on the principles of computer science, programming, and technology. This involves creating lesson plans, delivering lectures, and assessing student progress. This course helps build a foundation in programming fundamentals, which is essential for teaching computer science concepts. The course's hands-on projects and step-by-step approach are directly applicable to creating engaging lesson content. A Computer Science Teacher should be able to make learning fun.

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Educational Game Designer

An Educational Game Designer creates video games that are both fun and educational, combining entertainment with learning objectives. This role involves designing game mechanics, developing educational content, and ensuring that the game is engaging and effective. This course helps build a foundation in Python programming, which can be used with game engines to create educational games. The course includes projects directly related to game development, such as creating games and designing interactive experiences. An Educational Game Designer has to understand what makes children excited to learn.

See salaries and explore the career path for Educational Game Designer

Game Developer

A Game Developer designs and creates video games for various platforms. This involves coding, designing game mechanics, and collaborating with artists and designers. The course provides a foundation in Python programming, which can be used with game engines. The course includes projects that directly relate to game development, such as creating an Amazing Maze, Brick Breaker, and Space Shooter. Taking this course to learn about programming logic, game design principles, and the development of interactive experiences makes you a strong candidate for becoming a Game Developer.

See salaries and explore the career path for Game Developer

Software Developer

A Software Developer designs, develops, and tests software applications for computers and other devices. This often involves writing code, debugging programs, and working with other developers to create innovative solutions. The course may be useful because it introduces fundamental programming concepts using Python, a widely-used language in the software development industry. Learning key programming concepts, such as variables, loops, functions, and libraries, while focusing on console applications helps build a strong foundation for more advanced software development tasks. The practical hands-on approach of the course is also very important.

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Educational Software Developer

An Educational Software Developer creates applications and programs designed to educate users on various subjects. This role involves coding, testing, and debugging software to ensure it is user-friendly and effective. As the course emphasizes Python programming, it helps build a foundation for developing educational software. The course's hands-on approach, with projects like the Trivia Game and Space Shooter, provides practical experience in creating interactive educational tools. Educational Software Developers design and develop software applications used in schools and online learning platforms. Knowledge of game development, which is also covered in the course, is especially relevant.

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Summer Camp Counselor

A Summer Camp Counselor supervises and leads activities for children at a summer camp. The counselor ensures the safety and well-being of campers while facilitating engaging and educational experiences. This role gives you the opportunity to create exciting and educational coding activities for campers. The course's projects, such as the Trivia Game, Blackjack Game, Amazing Maze, and Space Shooter, provide a plethora of engaging activities that can be adapted for a summer camp setting. By learning Python through this course, a counselor can introduce children to programming in a fun and accessible way.

See salaries and explore the career path for Summer Camp Counselor

Technology Trainer

A Technology Trainer instructs individuals or groups on how to use specific software or hardware technologies. This involves creating training materials, delivering presentations, and providing hands-on support. The course may be useful because the Python programming skills can be directly applied to teaching others how to code. The course's structure, designed for a father and sons to learn together, gives insight into teaching strategies that work for kids. The course's progression from basic concepts to more complex projects like game development provides a model for structuring technology training programs.

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After School Program Leader

An After School Program Leader designs and supervises activities for children in an after-school setting. This involves creating engaging and educational programs, managing student behavior, and ensuring a safe environment. If you are interested in becoming an After School Program Leader, this course may be useful because proficiency in Python and an understanding of fundamental programming concepts are becoming increasingly valuable as technology integrates into after-school activities. The course's projects, such as the Trivia Game and Amazing Maze, provide ready-made activities that can be incorporated into an after-school program. This course, with its focus on engaging children with coding, equips program leaders with valuable skills.

See salaries and explore the career path for After School Program Leader

Mobile App Developer

A Mobile App Developer creates applications for mobile devices such as smartphones and tablets. This involves coding, designing user interfaces, and testing applications on different platforms. This course may be useful because Python can be used to develop mobile applications, particularly with frameworks like Kivy. The course helps build a foundation in programming logic and problem-solving, which are essential for mobile app development. The course’s emphasis on creating interactive projects is also directly applicable to designing engaging mobile apps. The course projects are a good starting point for a mobile app.

See salaries and explore the career path for Mobile App Developer

Curriculum Developer

A Curriculum Developer designs and creates educational content, ensuring it is engaging, effective, and aligned with learning objectives. This role involves researching, writing, and organizing material into a cohesive curriculum. This course may be useful because it provides a foundation in programming fundamentals, particularly using Python, which is increasingly used in educational software and tools. Knowledge of programming concepts like variables, loops, and functions, taught in this course, helps a Curriculum Developer create interactive and engaging coding lessons for children. The course's focus on practical examples and exercises makes it relevant for developing hands-on coding curricula.

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Science Museum Educator

A Science Museum Educator develops and presents educational programs and exhibits for museum visitors. This involves creating interactive displays, leading workshops, and teaching scientific concepts. This course may be useful because understanding programming and technology enhances their ability to create engaging and informative exhibits. The course's projects, such as the Trivia Game and Amazing Maze, can be adapted into interactive museum exhibits. The course allows educators to incorporate technology into their teaching methods.

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Robotics Engineer

A Robotics Engineer designs, builds, and tests robots and robotic systems. This requires a strong understanding of programming, mechanics, and electronics. If this is your career goal, this course may be useful because Python is widely used in robotics for controlling robot behavior and processing sensor data. The course helps build a foundation in programming logic, which is critical for programming robots to perform specific tasks. The course focuses on coding, which is essential for controlling and programming robots. Robotics Engineers typically require an advanced degree.

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Web Developer

A Web Developer creates and maintains websites, ensuring they are functional, user-friendly, and visually appealing. This role involves coding, designing website layouts, and working with databases. The course may be useful because the Python programming skills can be applied to backend web development using frameworks like Django or Flask. Web Developers who understand how to develop interactive elements and features can create more engaging user experiences. The course helps build a foundation by introducing programming concepts and practical projects relevant to web development.

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Data Analyst

A Data Analyst collects, processes, and analyzes data to identify trends and insights. This role involves using statistical tools and programming languages to interpret data and create reports. If you wish to become a Data Analyst, this course may be useful because Python is a popular language for data analysis due to its extensive libraries. The course helps build a foundation in programming concepts, which are essential for manipulating and analyzing data. The course emphasizes programming logic, which assists in problem-solving skills needed for data analysis.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Real-World Programming for Kids with Python.

Python for Kids, 2nd Edition

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Provides a gentle introduction to Python programming, making it ideal for kids and beginners. It covers fundamental concepts with playful examples and engaging projects. It useful reference for understanding the basics of Python syntax and programming logic. This book can be used as a companion guide to the course, offering additional explanations and exercises.

Python for Kids, 2nd Edition: A Playful...

Paperback

Python for Kids, 2nd Edition: A Playful...

Kindle Edition

Automate the Boring Stuff with Python, 3rd Edition

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Provides practical examples of how Python can be used to automate everyday tasks. While some topics may be advanced, many chapters are accessible to beginners and can inspire kids to think about real-world applications of programming. It is more valuable as additional reading than as a current reference. It can help expand the student's understanding of Python's capabilities beyond the course's projects.

Automate the Boring Stuff with Python, 3rd Edition

Kindle Edition

Real-World Programming for Kids with Python

What's inside

Syllabus

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Reviews summary

Engaging python programming for kids

Activities

Career center

Reading list

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