Educational Engineering Models

During my aerospace studies at the bachelor's level, I embarked on an educational venture in collaboration with my friends. Inspired by the emerging trend of teaching aerospace and robotics in schools, we decided to contribute in a unique way. While several firms focused on concepts like water rockets and hand launch gliders, we saw an opportunity to introduce exciting new subjects such as mechanical engineering and architecture.

Dissatisfied with the limited scope of airplane models available for teaching, I took it upon myself to design engaging and educational aircraft models. These models went beyond mere assembly – they offered students the chance to build wooden aircraft models while simultaneously delving into various facets of aviation.

For instance, I developed airplane models that enabled students to learn about different airplane components through hands-on experience. They could construct a jet engine model equipped with an electric motor to simulate rotation. A resistor allowed them to control the motor's speed, mimicking throttle control. Similarly, a Cessna model equipped with a reciprocating engine provided insights into engine mechanics.

Beyond aircraft, my designs extended to other engineering marvels. Students could construct a model of a shuttle, deepening their understanding of its mission, performance, and launch process. A helicopter model introduced the principles of rotor and swash plate mechanisms, along with the mechanics of flight control.

Diversifying the learning experience, I even crafted a model of a tower crane, unraveling the mechanical magic behind its assembly. Models like a manual mechanical blender and a wooden car gearbox further expanded the scope of learning. Through these hands-on projects, students gained insights into gear systems, power transmission, and mechanical structures.

This educational endeavor was a testament to our passion for aerospace education and our commitment to providing an engaging and enlightening learning experience. By innovating with airplane models and incorporating diverse engineering concepts, we aimed to kindle students' curiosity and lay the foundation for future exploration in the field.