Duration: 6 Weeks
Format: 90-Minute Class Sessions
Technology Used: Scratch (Coding) + LEGO SPIKE Robotics Kits (Robotics)
Class Size: Small-Group (Maximum 9 Students)

The Coding & Robotics Bootcamp is a hands-on, engaging STEM program designed for young learners ages 8–11. Students spend Tuesdays learning coding using the Scratch block-based programming environment and Wednesdays building and programming real robots using LEGO SPIKE Essential/Prime kits.

This program builds the foundation of computational thinking, creativity, engineering, and teamwork by giving students a chance to see their code come to life—both on screen and in the physical world. Each week builds on the last, ending with a Final Showcase & Demo Night where families are invited to celebrate student achievements.

Curriculum Structure (6-Week Cycle)

Week 1 — Coding Basics & Intro to Robotics Build

Coding (Scratch):
Students learn sequencing, commands, loops, and how to animate characters in Scratch.
Robotics (LEGO SPIKE):
Students build their first LEGO robot, learn about motors, and program basic movements.

Week 2 — Variables, Logic & Motor Programming

Coding (Scratch):
Students explore variables, scores, and If/Then logic while building interactive mini-games.
Robotics (LEGO SPIKE):
Students program motor direction, speed, and learn how to navigate a simple maze.

Week 3 — Functions, Debugging & Sensor Integration

Coding (Scratch):
Learners create custom blocks (functions) and practice debugging skills.
Robotics (LEGO SPIKE):
Students integrate sensors (distance, color) to create responsive robots that react to their environment.

Week 4 — Mini App Development & Robotics Challenge Week

Coding (Scratch):
Students develop a small multi-level app or game with events, sounds, and increased difficulty.
Robotics (LEGO SPIKE):
Students compete in a structured robotics challenge involving obstacles and line-following tasks.

Week 5 — Advanced Coding Concepts & Team Robotics Project

Coding (Scratch):
Students learn nested loops, broadcast messages, timers, and finalize their game logic.
Robotics (LEGO SPIKE):
Teams design, build, and program a custom robot for their chosen mission.

Week 6 — Final Coding Project & Showcase Night

Coding (Scratch):
Students complete their final Scratch project and prepare a short presentation.
Robotics (LEGO SPIKE):
Students finalize their robot build and programs for Demo Nigh t.

Family Demo Night:
Students present their Scratch game and demonstrate their LEGO robot’s performance.

Learning Outcomes

By the end of the bootcamp, students will:
• Understand foundational coding concepts (loops, variables, functions, logic)
• Build and program robots using motors, sensors, and block-based commands
• Gain beginner-level experience in both app development and robotics engineering
• Strengthen teamwork, creativity, problem-solving, and presentation skills
• Participate confidently in a public showcase of their work