Curriculum Summary

Explorers (Grades 3-4)

  1. Introduction to Robots: What they are and where we see them in everyday life

  2. Visual Programming: Basic logic with block-based tools like Scratch or Blockly

  3. Robotics Kits: Simple build-and-play robots (e.g., LEGO WeDo)

  4. Sensors & Movement: Understanding how robots sense and act

  5. Creative Challenges: Mini projects like robot races, obstacle courses, or storytelling with robots

  6. Meeting Cadence: 2 sessions per week over 12 weeks

Builders (Grades 5-6)

  1. Mechanical Design: Introduction to gears, motors, and structural integrity

  2. Coding with Purpose: Intro to text-based languages (e.g., Python via Micro:bit or similar platforms)

  3. AI Concepts: Pattern recognition, simple decision-making, and intro to machine learning

  4. Sensor Integration: Using light, sound, and motion sensors in builds

  5. Mini Competitions: Line-followers, maze solvers, and creative builds

  6. Meeting Cadence: 2 sessions per week over 12 weeks

Innovators (Grades 7-8)

  1. Robotics Systems: Use of advanced kits (e.g., VEX, Arduino, or Raspberry Pi)

  2. AI in the Real World: Explore computer vision, recommendation systems, and chatbots

  3. Coding Projects: Hands-on Python projects with AI elements (e.g., training a simple model)

  4. Ethics in Tech: Discussions on data privacy, AI bias, and tech for good

  5. Capstone Project: Design and pitch a robotic solution to a real-world problem

  6. Meeting Cadence: 2 sessions per week over 12 weeks