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Club SciKidz’s LEGO Robotics 2.0 with Scratch is a STEM.org accredited program that introduces early elementary students to the LEGO® Education WeDo 2.0 system and the Scratch 3.0 programming interface. This camp focuses on the intersection of hardware (the robot) and software (the code). Core Learning Objectives: Mechanical Design: Campers build complex models—such as "Milo the Science Rover," "Racing Cars," and "Earthquake Simulators"—learning how pulleys, gears, and axles convert motor power into movement. Sensor Integration: Students explore the "senses" of a robot. They learn to program Motion Sensors and Tilt Sensors, allowing their robots to detect nearby objects or change behavior based on physical orientation. Logic-Based Coding: Using a custom Scratch extension, campers drag and drop code blocks to create "If-Then" logic, loops, and parallel sequences, seeing their code manifest in real-world physical motion. Iterative Problem Solving: Through a series of "Engineering Challenges," campers test their builds, identify "bugs" in their code or mechanical flaws in their design, and iterate to find a solution. Quick Facts for Busy Families The "Two-Brain" Approach: This camp balances "Hard Engineering" (building) with "Soft Engineering" (coding) to keep both sides of the brain engaged. STEM.org Accredited: Our curriculum is recognized for high-quality instruction and alignment with national Next Generation Science Standards (NGSS). Collaborative Learning: Campers work in small teams, fostering the communication and teamwork skills essential for real-world engineering projects. Full-Day Schedule: Programs run Monday–Friday (9:00 AM – 4:00 PM), with Pre-Camp (8:00 AM) and Post-Camp (until 5:30 PM) options available at most locations. Power Up Their Potential LEGO Robotics 2.0 is one of our most popular "feeder" camps, preparing students for the more advanced SPIKE Prime and Python robotics levels.
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