A cross-subject, project-based program where students explore real-world problems through science, technology, engineering, arts, and mathematics - guided by Harvard student mentors.
STEAM integrates Science, Technology, Engineering, Arts, and Mathematics into one connected learning experience. Instead of studying subjects in isolation, students tackle real-world challenges that naturally blend multiple disciplines - building curiosity, creativity, and critical thinking from an early age.
Every week integrates multiple STEAM areas through hands-on, project-based activities
Experiments, observation, asking 'why' and 'how' - from growing plants to mixing substances
Scratch Jr, Teachable Machine, and AI tools that make learning interactive and fun
Design challenges and prototyping - build bridges, create simple machines, solve real problems
Storytelling, visual design, and creative problem-solving that makes STEAM human-centred
Patterns, measurement, and data through real-world projects and games
From curiosity to creation in 6 weeks of project-based learning
Track 1: Voice Clone – record & remix your voice with AI
Track 2: Vibe Code – build a working app with Base44 or Lovable
Track 3: AI Art Director – generate an art series with prompts
60-second live demo of your AI creation
Your AI creation (voice clip, working app, or art series) + a 60-second live demo
Supervising AI tool use and guiding students through their chosen track
What is AI? Interactive demos & examples
Hands-on: teach a computer to recognise images (Teachable Machine)
Brainstorm: how could AI help your school?
Write a 1-page proposal
"AI Can Help My School" 1-page proposal
Making AI concepts accessible and fun
Climate change: what's happening and why it matters
Local vs global environmental challenges
Brainstorm 5 actions your community can take
Create a climate action poster
Climate action poster with 5 things your community can do
Connecting science to real-world action
Introduction to AI building tools (Lovable/Base44)
Build a personal webpage or simple app
Add your own content and design
Share with peers for feedback
Personal webpage or simple app built with AI tools
Guiding first-time builders through AI tools
Choose your project focus from Weeks 1-3
Build a working prototype with 2-3 features
Test with peers and collect feedback
Prepare your demo presentation
Working prototype with 2-3 core features
Technical guidance and troubleshooting
Final prototype polish
Create a project poster or slide
Rehearse live demo for the audience
Celebration & portfolio assembly
Live demo + project poster at Virtual Showcase
Final preparation and confidence building
AI creation (voice clip, app, or art series) + live demo
"AI Can Help My School" proposal
Climate action poster
Working prototype with demo