Engineering Design and Structural Analysis with Swing

To build safe and reliable structures, engineers must first master the core principles of physics, material behavior, and computational modeling. This course introduces you to the essential concepts of structural engineering through the practical, real-world example of designing a recreational swing set. You will learn how to approach complex engineering problems systematically, from initial design criteria to final stress analysis. By the end of this course, you will understand how to calculate structural loads, analyze force distribution, and use computational methods to ensure structural integrity and safety. What you will learn: Understand fundamental structural engineering concepts and material properties; Calculate static and dynamic loads acting on a swing structure; Analyze stress, strain, and force distribution within structural elements; Apply modern computer-aided engineering problem-solving workflows; Evaluate design trade-offs between safety, cost, and material selection; Practice modeling structural behaviors using systematic mathematical frameworks. The course begins with foundational definitions of force, tension, and structural stability before guiding you through load calculations, material selection, and modern computational analysis techniques. This text-based course is designed for absolute beginners, aspiring engineers, and students looking for a practical introduction to civil and environmental engineering principles with no prior engineering experience required. Start reading today to build your structural design and engineering problem-solving skills.