AI & Coding Camp (Artificial Intelligence)

Junior campers learn AI and coding through practical projects while continuing Blooms character-building and outdoor activities. The program balances technical skills, confidence, teamwork, and creativity.

Why this experience stands out

Program Highlights

Age Group

Ages 8 to 12

Certificate

STEM.ORG certificate by Meritus AI

Levels

Beginner, intermediate and advanced

Program at a Glance

Audience

Ages 8–12

Age Groups

Junior

8–12 Yrs

Available Dates

W1Jun 28 - Jul 2

W2Jul 5 - Jul 9

W3Jul 12 - Jul 16

W4Jul 19 - Jul 23

W5Jul 26 - Jul 30

W6Aug 2 - Aug 6

W7Aug 9 - Aug 13

W8Aug 16 - Aug 20

Schedule

Sunday to Thursday
9:00 AM – 3:00 PM

• Arrivals from 8:45 AM

• Late pickup 3:00 PM–5:30 PM · (For an Extra Fee)

Official Partner

MeritusAI

Certification

MeritusAI Certificate

Topics Covered

Introduction to Artificial Intelligence and Machine Learning

Python programming fundamentals

Data analysis and visualization

Building and training simple AI models

Ethics and the future of AI

Program Requirements

Laptop

Updated Google Chrome browser

Gmail Account

Program Levels

Beginner: Spark AI

This hands-on session offers a dynamic overview of Artificial Intelligence concepts through practical coding projects. You'll learn to develop an intelligent language translator, an AI-powered game focusing on perception, a text recognition program using computer vision, and an interactive AI face filter with pose detection. You'll also build programs for person and object identification, a voice-controlled drawing application, and explore how machine learning models simulate human cognitive processing. Through these projects and real-world case studies, you'll gain a tangible understanding of AI's capabilities and limitations.

What You Should Know

Know how to recognize colors, shapes, directions (like left and right), and simple patterns
Be able to follow a series of steps to complete a task (like step 1, step 2, step 3…)
Know how to use a mouse or touchscreen to move and click on items
Be ready to try simple coding by connecting blocks with help from a teacher

Intermediate: Glide AI

This hands-on session introduces the fundamentals of Artificial Intelligence through engaging project-based learning. You'll explore core AI concepts like speech recognition and sentiment analysis, machine learning for task automation and image/text classification, and computer vision for pose detection and object recognition. Through practical projects such as building a voice-controlled calculator, a basic household automation program, a language translator, a simple conversational agent, and image/letter recognition models, you'll gain a practical understanding of AI's capabilities and real-world applications.

What You Should Know

Have used block coding before (like Scratch, Blockly, or Code.org)
Understand basic ideas like repeating actions (loops) and making choices (if this, then that)
Know how to build simple programs that react to clicks, sounds, or button presses
Be able to connect blocks to create complete mini-games or apps

Advanced: Ignite AI

This hands-on course explores the exciting world of Artificial Intelligence through practical projects focused on how AI perceives, reasons, and interacts with the environment. You'll learn to detect human poses, build an AI weather assistant leveraging data and reasoning, interpret audio signals, classify images with computer vision and ML, and develop interactive AI-powered games. Projects include gesture-controlled games, time-based voice interactions, a natural language voice assistant, a smart messaging app combining motion and voice, and real-world object classification. This course provides a tangible understanding of key AI concepts and their application in creating intelligent and interactive systems.

What You Should Know

Be comfortable making multi-screen or multi-step projects using coding blocks
Understand that AI can learn from examples (like showing pictures to help the program learn)
Have used camera or microphone blocks in Scratch or App Inventor
Know how to organize projects with logic (like if-something-happens → do this)