2026 ASEE Annual Conference & Exposition

Engineering Statics is a core course in mechanical engineering program. Yet many students see it as abstract, formula-driven, and disconnected from real life. Key ideas such as equilibrium, internal forces, and free-body diagrams (FBDs) are often taught through theoretical exercises. As a result, students struggle to visualize how forces act in actual systems. In practice, real structures use complex connections like bearings, bolts, hinges, or welded joints; while textbooks simplify them into smooth pins or rollers. Bridging this gap between real and idealized systems is one of the main challenges in teaching statics. Learning to simplify a structure and express it mathematically is a critical skill, and statics is often where students first encounter it. This paper introduces a student-centered activity called the Fun Statics Scavenger Hunt. The goal is to help students connect theory to the real world. Instead of solving textbook problems, students explore their surroundings to find examples of statics in action. They might analyze gym machines, playground equipment, construction tools, bicycles, or household mechanisms such as door hinges and wrenches. Students photograph their chosen systems, identify structural components, draw FBDs, and take force measurements when possible. They work in teams to discuss their findings and perform both qualitative and/or quantitative analyses. This study has two goals. The first is to examine how hands-on exploration affects student motivation and participation in a traditionally abstract course. The second is to see how students learn to translate complex real-world systems into simplified models and then into equations. Because modeling is a core part of engineering thinking, the scavenger hunt gives students practical experience with this process. Sample student work will illustrate their ability to model real systems, construct FBDs, and perform structured analysis. A short survey will collect student feedback on engagement, confidence, and learning benefits. Comparisons with previous cohorts show improvement in conceptual understanding, spatial reasoning, and the ability to connect theory with real applications.