Tech Days! by YouTech NB for Grades 6–8: Problem-Solving and Creativity with Code, AI, and Robotics

Event Title:

YouTech Days at MCAF! : Problem-Solving and Creativity with Code, AI, and Robotics (Grades 6–8)

By the End of This Workshop, You Will Be Able To:

• Write basic Python programs using Turtle Graphics to draw creative patterns and shapes.
• Understand how Artificial Intelligence (AI) impacts our daily lives and experiment with tools like Teachable Machine.
• Design and build your own video game in Scratch, complete with scoring, characters, and interaction.
• Build and program simple robots using VEX Robotics, learning about engineering and automation.
• Explore data storytelling using Google Sheets to analyze and visualize information through charts and graphs.

What to Expect:

This intermediate-level STEM workshop offers engaging sessions that blend creativity, logic, and hands-on building:

• Session 1: Intro to Python: Drawing with Code (Turtle Graphics)
  Learn basic Python syntax and programming concepts by coding creative shapes and artwork.
• Session 2: AI in Everyday Life
  Discover how AI works in things like Siri, Alexa, and facial recognition. Try it yourself using Google’s Teachable Machine.
• Session 3: Game Development with Scratch
  Build a playable game with levels, points, and characters using Scratch and block-based logic.
• Session 4: Introduction to Robotics (VEX Robotics)
  Collaborate in teams to build and program VEX robots to complete tasks or challenges.
• Session 5: Data Storytelling with Google Sheets
  Turn numbers into insights—use real-world data to create colorful charts and graphs that tell a story.

Each session is instructor-led and designed to foster critical thinking, collaboration, and a deeper understanding of how technology works.

Who Should Attend:

• Students in Grades 6–8 who are curious about programming, robotics, AI, or data.

No previous programming or robotics experience is needed—just creativity and enthusiasm!

What’s Included:

• Full access to all five workshop sessions. 
• Use of laptops, robotics kits, and AI tools (e.g., Google Teachable Machine).
• Student-created projects to take home or share online.
• Printable Python code examples and data visualization guides.