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Section 1: Foundations of LEGO Building and Engineering

Meet Your Bricks: Basic Terminology and Types

Structural Stability and Interlocking Basics

Section 2: Mastering Simple Machines with LEGO

Understanding Levers in LEGO Designs

Pulleys and Lifting Mechanisms

Introduction to Gears and Motion

Section 3: Introduction to LEGO Coding Concepts

What is Coding in the LEGO Universe?

Writing Your First LEGO Program

Using Sensors to Interact with the Real World

Section 4: Quizzes

Quiz: Foundations of LEGO Building

Quiz: LEGO Levers and Mechanical Concepts

Quiz: Pulleys and Gears

Quiz: Introduction to LEGO Coding Hardware

Quiz: Programming and Sensors

Section 5: Survey/Feedback

Course Feedback Survey

Welcome to 'LEGO Engineering: Solving Mechanical Problems with Simple Machines,' an interactive and hands-on course designed to transform your LEGO building skills into real-world engineering expertise. Whether you are a dedicated hobbyist, an aspiring engineer, or an educator looking for engaging STEM activities, this comprehensive course will teach you how to build smarter, stronger, and more dynamic models.

$ (USD)

Welcome to 'LEGO Engineering: Solving Mechanical Problems with Simple Machines,' an interactive and hands-on course designed to transform your LEGO building skills into real-world engineering expertise. Whether you are a dedicated hobbyist, an aspiring engineer, or an educator looking for engaging STEM activities, this comprehensive course will teach you how to build smarter, stronger, and more dynamic models. We start with the absolute foundations, exploring essential LEGO terminology, identifying various brick types, and uncovering the secrets of structural stability through advanced interlocking techniques. From there, you will dive deep into the fascinating world of simple machines. You will learn how to construct and apply levers, pulleys, and complex gear systems to solve practical mechanical problems, lift heavy objects, and manipulate motion using specialized LEGO Technic elements. But the learning does not stop at physical builds! In the final sections of the course, we introduce you to the exciting realm of LEGO coding and robotics. You will discover how to bring your mechanical creations to life using smart hubs, motors, and interactive sensors. Through intuitive drag-and-drop block programming, you will write your very first code sequences to control your machines and make them autonomously interact with their environment. Packed with practical demonstrations, step-by-step module outlines, and comprehensive quizzes to test your newfound knowledge, this course is your ultimate guide to mastering LEGO engineering. Join us today and start building the future, one brick at a time!

LEGO Engineering: Solving Mechanical Problems with Simple Machines

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            <p>Engineering begins with a solid understanding of the materials at hand and the physical laws that govern them. This course explores the transition from creative play to functional design by examining the fundamental components of the LEGO ecosystem, distinguishing between standard System bricks and the specialized Technic elements required for mechanical movement. By mastering structural stability through interlocking techniques, builders establish a reliable foundation for more complex assemblies. The curriculum then delves into the mechanics of simple machines, providing a hands-on approach to understanding how levers, pulleys, and gears can be utilized to manipulate force, change direction, and control speed within a physical model.</p>

<p>Beyond the physical assembly of beams and axles, this journey incorporates the digital realm through an introduction to LEGO coding concepts. Participants will learn to bridge the gap between static models and interactive machines by utilizing smart hubs, motors, and sensors. The course outlines the logic of block-based programming, teaching how to sequence commands that translate digital instructions into real-world motion. By integrating motion and tilt sensors, builders can create responsive systems that react to their environment, transforming simple mechanical structures into intelligent, automated solutions for engineering challenges.</p>
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