SPG26-Intro to Robotics: Circuits & Code with Scratch - AM - 3D-WL

Service Description

Intro to Robotics: Circuits & Code with Scratch (Ages 6–8) Don’t just play with technology—invent it. Give your child the ultimate competitive advantage with a camp designed to transition them from passive screen-time consumers to active engineering creators. Ages 6–8 are the "Critical Window" for developing computational thinking. Students who grasp logic loops now have a massive advantage when they encounter Algebra and Physics later. Course Overview This is not a typical "LEGO building" camp. This is a foundational Engineering & Computer Science course designed to take every student ages 6 to 8 to their highest potential. Expert Mentorship: Taught by industry professionals and engineers, not high school volunteers. We provide the mentorship your child needs to navigate complex fields. Real Engineering: Using MIT’s Scratch platform and real electronic hardware, students bridge the gap between software (code) and the physical world (circuits). They won’t just click blocks on a screen; they will wire breadboards, connect sensors, and write code that makes lights blink, pianos play, and robots react. This program lays the critical groundwork for future success in Python, VEX Robotics, and AP Computer Science. 🛠️ The Gear: Theirs to Keep We are the ONLY camp that provides every student with a professional-grade Robotics & Electronics Kit ($100+ value) to use during camp and take home forever. No Sharing: Your child gets their own personal equipment. Hygiene & Safety: Brand new hardware for every student. Continued Learning: The innovation continues at home long after camp ends. 🚀 The Projects: Engineering in Action We combine classic favorites with exciting new engineering challenges to test their logic and creativity. Please note: These are just sample projects. The actual curriculum will vary and include a greater number of projects tailored to the students' pace. Phase 1: Electrical Engineering & Circuits The Christmas Light Sequence: Master the concept of "loops" and "timing" by programming a multi-LED light show. The "Smart Home" Security System: (New!) Wire a physical switch and alarm logic to create a functional intruder alert system. The Mini-Piano: Build a working musical instrument using circuitry and touch sensors—learning how hardware inputs trigger software sounds. Sunrise Alarm Clock: Program an automated LED system that mimics a sunrise, introducing the concept of "automation." The "Smart Trash Can": Engineer a hands-free lid using a distance sensor and servo motor to open automatically when an object is detected. Phase 2: Game Design & Logic Flappy Bird 2.0: Code a clone of the famous viral hit, learning about gravity simulation and collision detection. Apple Catcher with Hardware Control: Build a physical joystick to control a digital game—understanding the X and Y axes (Cartesian coordinates). The "Toll Booth" Simulator: Design an automated highway toll system that detects cars (inputs) and opens gates (outputs). Pong: Recreate the arcade classic to understand variable scoring and enemy AI movement. 🎓 Learning Outcomes (Hard Skills) By the end of the week, your child will possess skills often not taught until high school physics or computer science: Building Circuits: How to connect wires safely to make electricity flow and light up an LED. Connecting Hardware: Making physical buttons and joysticks control the games they code. Smart Coding: Learning how to tell the computer "If I push this, then do that" (Logic). Understanding Movement: Using X and Y numbers to move characters up, down, left, and right. Fixing Mistakes: Learning that when things break, we don't give up—we look for the error and fix it. Limited Seats Available. Secure your child's place in the future of innovation.