About this event
LEGO Mindstorms is a hyper advanced robotics kit that lets you build and program your own robots using LEGO pieces, motors, sensors, and a smart brick. You can create cool, moving robots and control them with code—whether you're using easy block-based programming or more advanced languages like Python. It’s a fun way to dive into the world of robotics, engineering, and coding while developing problem-solving skills and creativity. Perfect for sparking your curiosity and turning ideas into real, working inventions! CLICK HERE TO VIEW THE EXPERIENCE TRAILER WHAT THE STUDENTS WILL LEARN 1. Introduction to LEGO Mindstorms Robotics Overview of LEGO Mindstorms Kits : Learn about the components of a LEGO Mindstorms kit, including motors, sensors, bricks (programmable hub), and connectors. Basic Building Techniques : Introduction to the basics of constructing robots with LEGO bricks, including how to build simple models and structures. 2. Basic Programming Concepts Introduction to Programming : Learn the basics of programming logic, using visual programming languages (such as LEGO’s EV3 software or other block-based coding platforms). Sequences and Commands : Understand how to create sequences of commands for controlling motors, sensors, and other components. Variables and Loops : Use loops and variables to create more efficient and repeatable code, allowing the robot to perform tasks multiple times or adapt to different conditions. 3. Robotics Components and Their Functions Motors and Sensors : Learn how motors control movement and how sensors (e.g., touch, color, ultrasonic) help robots interact with the environment. Exploring Different Sensors : Understand how sensors detect obstacles, colors, or changes in the environment, and how to use them to make decisions. Sensor Integration : Program the robot to respond to sensor inputs (e.g., avoid obstacles, follow lines, or follow a path based on color). 4. Design and Problem-Solving Building for Purpose : Teach students how to design robots with a specific function or task in mind, focusing on efficient and purposeful construction. Creative Problem-Solving : Challenge students to solve real-world problems through robotics, such as building a robot that can complete an obstacle course or transport objects. Prototyping and Iteration : Encourage students to prototype their designs, test them, and iterate based on performance and results. 5. Advanced Programming Concepts Conditionals and Logic : Use "if/then" statements to introduce logic-based decision-making. Advanced Sensor Integration : Combine multiple sensors to enable more sophisticated behaviors, such as navigation or object detection. Robot Movement Control : Fine-tune robot movement with more precise programming, incorporating different speeds, turning rates, and paths. Complex Task Automation : Create programs that allow robots to perform multi-step tasks automatically, such as navigating a maze or sorting objects based on color. 6. Collaboration and Teamwork Group Projects : Work on collaborative projects where teams design, build, and program robots to solve a shared problem or challenge. Communication Skills : Develop teamwork and communication skills while discussing strategies, troubleshooting problems, and sharing ideas with peers. 7. Testing and Debugging Problem Identification : Teach students how to troubleshoot and debug code, analyzing both hardware (e.g., motor connections) and software (e.g., programming errors). Performance Testing : Test robots in different scenarios and adjust the design or code based on results. Iteration and Refinement : Emphasize the importance of iterative testing and refinement to improve robot performance and functionality. 8. Real-World Applications of Robotics Robots in Industry : Discuss the role of robotics in manufacturing, healthcare, and other industries. Robotics Ethics and Future Trends : Explore ethical considerations, such as privacy and job displacement, and look ahead at how robotics may shape the future. CLASS SCHEDULE 2:30-3:30pm: Local Park Visit, Snack, Homework Help, Guided Free Choice 3:30-4:00pm: Warm Up Robotic Activity 4:00-5:30pm: Feature Activity 5:30-5:45 pm: Free Choice & Parent Pickup ADDITIONAL DETAILS CLICK HERE for our FAQ and General Policies Guide Complimentary Bus Stop Pickup Available Classes are held on all Wednesdays except for those days when school is closed. All Afterschool Students receive 10% off on No-School Camp Days at The Afterschool Collective. Full Semester price is discounted to $90 per session rather than the $105 per session drop in investment