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innovative escalator working model making

Track :

Science

Course Presenter :

howtofunda

Lessons no : 21

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What will you learn in this course?
  • Design and assemble a functional escalator model demonstrating mechanical movement and engineering principles using simple materials
  • Apply basic concepts of motion, energy transfer, and automation systems in creating working escalator models
  • Identify and explain the roles of motors, belts, pulleys, and other components in escalator operation and mechanical design
  • Develop problem-solving skills through troubleshooting and optimizing escalator models for smooth, continuous step movement

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Lessons | 21


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innovative escalator working model making , in this course teaches students how to design and build a functional 3D model of an escalator that demonstrates its mechanical movement and real-world engineering concepts. Through guided, hands-on learning, students explore how motors, belts, and pulleys work together to move steps continuously in a loop. The course uses simple materials like cardboard, rubber bands, skewers, small motors, and batteries to simulate the movement of an actual escalator. Learners also study the basic principles of motion, energy transfer, and automation systems used in public transportation. By constructing this model, students gain insight into mechanical design, problem-solving, and innovation in engineering. Ideal for science fairs and school exhibitions, this course blends creativity and technology, helping learners understand how everyday machines operate while inspiring interest in mechanical and civil engineering fields. howtofunda