The script solves the problem of student alienation from science and engineering, as many students find these concepts abstract and difficult. Through hands-on catapult construction, students have the opportunity to apply theoretical knowledge to real-world situations, enhancing their understanding of engineering principles, forces, and motion. The scenario promotes collaboration, interaction and active participation, encouraging students to work in groups and develop problem-solving skills. In this way, it makes learning more fun and experiential, engaging students' interest in science and technology.

The script solves the problem of student alienation from science and engineering, as many students find these concepts abstract and difficult to understand. Through hands-on bridge construction, students have the opportunity to apply theoretical knowledge to real-world situations, enhancing their understanding of engineering principles, statics and forces. The scenario promotes collaboration and interaction, encouraging students to work in teams and develop communication and problem-solving skills. In this way, it makes learning more fun and experiential, engaging students' interest in science and technology.

The script solves the problem of student alienation from science and engineering, as many students often find these concepts abstract and difficult to understand. Through hands-on wind turbine construction, students have the opportunity to apply theoretical knowledge to real- world situations, enhancing their understanding of renewable energy and engineering principles. In addition, the scenario promotes collaboration and active participation, encouraging students to work in groups, develop problem-solving skills, and enhance their critical thinking. In this way, it makes learning more fun and experiential, engaging students' interest in science and technology.

In the contemporary landscape, robots have become integral to various aspects of our lives, playing a crucial role in shaping the world we live in. Far from being mere mechanical entities, robots are problem-solving marvels that contribute significantly to addressing complex challenges across diverse fields. For students, it is good to know what types of robots are created already in the world and what functions robots do.

Marble runs and gravity provide a practical and engaging platform for learning and problem-solving. They help individuals, especially students, develop a deeper understanding of physics concepts while promoting skills such as critical thinking, spatial reasoning, teamwork, and creativity which are very important these days.

In the suspension bridge setup, fixed pulleys of three different lengths are attached to the pillars used as bridge towers. One end of the ropes that are used to represent the rope carrying the bridge is fixed to one of the bridge towers, while the other is passed through the fixed pulley at the same height. A water bottle is tied to the bridge to make it heavy. After giving brief information about the construction of suspension bridges with posters suitable for the topic prepared in advance, students are asked to pull the ropes carrying the bridge in turn. They are asked in which case transportation is more comfortable and what is the reason for this.