EMERGING TECH - WEARABLES: AI LIGHT

Fashion Wearables - SMART Wearable Accessories

Ages 10 - 17

Aug 4th - Aug 7th, 2026

What if your clothes could light up, react, or tell a story?

In this creative tech camp, students blend fashion and technology to design wearable accessories that respond to movement, light, or input. Campers become designers and engineers, turning everyday wear into interactive creations.

Schedule: Aug 4th - Aug 7th, 2026, 9:00 am – 4:00 pm
Cost: $550.00 + HST
Early Bird Discount: $500.00 + HST (Ends March 31st)
Sibling Discount: $25 OFF
Extended Care (OPTIONAL):
Morning: 8:00 am – 9:00 am
Evening: 4:00 pm – 5:00 pm
Cost: $120.00 + HST

ARDUINO WEARABLES - AI LIGHT EDITION

In Fashion Wearables Lab (Ages 10–17), students explore the intersection of fashion, electronics, and programming by designing and coding functional wearable technology.

Using Arduino and introductory C programming, campers learn how real wearable devices are built and controlled. Students design accessories such as smart scarves, illuminated headbands, or interactive sneaker add-ons, focusing on both aesthetics and functionality.

This camp introduces students to real-world wearable tech concepts used in fashion, fitness, and product design, making it ideal for creative students interested in engineering, design, or technology careers.

Solution Topic

In this camp, students explore investigative questions by designing real wearable technology, building electronic circuits, and programming smart behaviour using Arduino and C.

Students will inquire:

  • How do wearables sense input and respond intelligently?
  • How can timing and logic control interactive effects?
  • How do engineers debug and improve wearable systems?

Design, Experiment, Build

Students work through structured build challenges.

Campers will:

  • Select and define a wearable project
  • Plan electronics and code integration
  • Build circuits using Arduino LilyPad
  • Program custom behaviours
  • Test and debug systems
  • Refine comfort and performance
  • Present finished wearables

This stage emphasizes systems thinking and iteration.

AI Light in This Camp

Students explore how wearable technology uses data and logic to respond intelligently. Campers write C code for Arduino to control smart behaviour, learning how embedded systems power real-world wearables.

Camp Learning Journey

Day 1 - No Camp

Day 2: Wearable Tech Industry & Arduino Foundations

Students explore applications of wearable technology and learn the basics of Arduino hardware. Campers plan their wearable project and set up their first circuits.

Day 3: Programming Wearables with C

Students write C code to control LEDs and wearable behaviour. Campers learn about variables, loops, and timing to create dynamic effects.

Day 4: Integration, Debugging & Optimization

Students integrate electronics into their wearable designs, focusing on reliability and comfort. Campers debug code, improve performance, and refine aesthetics.

Day 5: Fashion Tech Showcase

Students present their finished wearable projects in a Fashion Tech Showcase, explaining their design choices and how their code works.

What will you learn?

  • Arduino programming with C
  • Wearable circuit design
  • Embedded systems fundamentals
  • Creative engineering and design thinking

What will you make?

  • A fully functional wearable technology project
  • Custom-coded lighting or interactive effects

What will you take?

  • Your completed wearable tech project
  • Arduino-based electronics used in the build
  • Experience with real-world programming and hardware

Friday Fun Day

Camp ends with a Wearable Tech Showcase, where students model their creations, demonstrate how their wearables respond to inputs, and explain the ideas behind their designs. It’s a fun, confidence-building celebration of creativity, design, and technology.

PIZZA LUNCH DAY (Campers enjoy PIZZA lunch Party on Friday - On us!)

We will know closer to the camp week if this camp will head to a TECH Company.

Engineering & Problem-Solving

  • Building and testing physical systems
  • Understanding movement, sensors, and feedback
  • Applying engineering design cycles

Coding & Electronics

  • Coding fundamentals with C programming
  • Circuits, motors, LEDs, and sensors
  • Debugging hardware + software together
  • Real-World Thinking
  • Cause-and-effect reasoning
  • Translating ideas into working machines

Collaboration & Creativity

  • Iteration through trial and improvement
  • Hands-on confidence with real tools

SKILLS GAINED

Why does this camp matter?

Wearable technology sits at the crossroads of fashion, engineering, and innovation. This camp gives students real experience with embedded systems and programming while encouraging creative expression, skills that translate directly into future STEM and design pathways.