
In this lecture, kids will learn what Artificial Intelligence is, how computers can think and learn, and how they make decisions — almost like giving machines a mini-brain!”
In this lecture, kids will learn about two important types of AI:
Supervised AI: AI that learns from examples, just like when a teacher shows you the right answers and you practice until you get it right.
Unsupervised AI: AI that figures things out on its own, spotting patterns and discovering secrets without being told the answers.
Kids will see how each type of AI is used in real life and how it helps computers solve different kinds of problems.
In this lecture, kids will learn how to plan their AI project step by step. They’ll practice building logic skills, deciding how the AI should look at fruits and vegetables, and prepare the AI pipeline for training.
In this lecture, kids will train their AI model prepare datasets to recognize fruits and vegetables. They’ll see how machines learn from examples, test their model, and watch it correctly identify fruits and veggies on its own!”
In this lecture, kids will learn how to plan their AI project step by step. They’ll practice building logic skills, decide how the AI will recognize different Disney characters, and set up the AI pipeline for training the model
In this lecture, kids will collect and organize images of Disney characters and learn how to label them correctly in pictoblox so the AI knows which character is which. This is the first step in teaching a computer to recognize characters!.
In this lecture, kids will train their AI using the labeled dataset. They’ll watch as the AI learns to recognize patterns in the images and start identifying Disney characters on its own
In this lecture, kids will test and validate their AI model to make sure it works accurately. Then they’ll deploy it in PictoBlox, seeing their AI in action as it identifies Disney characters on the screen!”
In this lecture, kids will learn how to design the AI pipeline for emotion detection. They’ll plan how the AI will look at faces, decide which features (like smiles or frowns) to focus on, and build the logic for recognizing emotions like happy, sad, or surprised.”
In this lecture, kids will train and implement their AI model for emotion detection. They’ll then deploy it in real time, watching their AI recognize emotions instantly on the screen — just like magic!”
A fun, hands-on course where kids discover how AI works, practice logic, and build their own amazing AI projects — all through exciting, kid-friendly lessons!
Before diving into projects, learners will explore the AI pipeline and learn how computers “think,” make decisions, and recognize patterns in the world around them.
They’ll create exciting AI projects like:
1. Fruit vs. Vegetable Classifier — Train your AI to tell apples from carrots!
2. Disney Character Recognition — Teach your AI to spot Elsa, Buzz Lightyear, and more.
3. Emotion Detector — Build a real-time AI that can recognize smiles, frowns, and surprises.
Along the way, kids will:
1. Learn the AI pipeline step by step
2. Build strong logic skills through puzzles and planning
3. Train and test their very own AI models
4. Deploy AI into action using tools like PictoBlox and projects to submit.
Perfect For:
1. Parents and teachers guiding curious young learners.
2. Kids (ages 9 - 11) who love tech, creativity, and problem-solving.
3. Beginners who want to explore AI in a fun, hands-on way.
Note for Parents & Adults:
Individuals under the age of 18 may only access the Services through an account created and managed by a parent or legal guardian. The parent or legal guardian must complete all enrolments on the individual's behalf and is solely responsible for supervising and managing the individual's use of the Services.
Users who are below the applicable age of digital consent in their jurisdiction are not permitted to use the Services.
Any courses, content, or subject matter intended for younger learners must be clearly marketed to parents or legal guardians, who are responsible for enrolling learners, overseeing their participation, and supervising their learning experience.
Let’s build a future where kids don’t just use AI — they create it!