INTENSIVE | AGE 9-11 | CODING
Exploring AI with Scratch
Go beyond coding. Using Scratch and AI extensions, students master Machine Learning and Computer Vision to build "smart" games that interact with the real world.

AGE
9-11
.
MEDIUM OF INSTRUCTION
English
.
LeveL
Beginner
No coding experience necessary
Learning outcomes from this Scratch holiday coding camp

What You'll Learn
Interaction - AI Sensing
Students learn to harness environmental data. By mastering microphone loudness and camera inputs, they create responsive applications, from voice-controlled flight to sophisticated face-tracking digital filters.
Computer Vision & Pose Estimation
Dive into the world of "hands-free" gaming. Students use PoseNet to detect human movement, enabling them to control on-screen action through physical gestures and facial expressions.
Custom Machine Learning Models
Students become AI architects. Using Google’s Teachable Machine, they gather data to train models that recognize sign language or specific objects, integrating these models into their own Scratch-based "smart" translators.

Preparation
Education Tools
Bring Home...
Take a Look at Our Classroom
S1033 | Exploring AI with Scratch
5
Lessons
2
Hours Each
1 : 5
Teacher to Student Ratio
2 - 5
Students / Class
Jul 13 - 17 (Mon - Fri)
9:00 am - 11:00 am
$3800 HKD
Aug 3 - 7 (Mon - Fri)
2:20 pm - 4:20 pm
$3800 HKD
Aug 10 - 14 (Mon - Fri)
2:20 pm - 4:20 pm
$3800 HKD
Prince Edward Campus
(The entrance is next to Aeon Living Plaza)

About Scratch
Scratch is an innovative block-based programming language developed by MIT, specifically designed to make coding accessible and engaging for kids aged 7-10. With its intuitive drag-and-drop interface. Scratch introduces core programming concepts such as loops, and if-then-else statements, and functions in a visually appealing and interactive way. Kids can use Scratch to create their own animations, stories, and games, fostering their creativity while developing valuable coding skills. As they advance, learners can delve deeper into game design and even explore applications of Artificial Intelligence (AI) within Scratch, preparing them for the digital world of the future. Scratch's project-based learning approach effectively bridges the gap between real-world challenges and coding principles, empowering young learners to make meaningful digital creations.
