Automata
Automata
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An automata, a mechanical toy that simulates movement, was delivered in this project. The automaton features two offset pear cams and a hexagonal cam to create the effects of jumping fish and a bumpy bear. This project required precise surface area calculations to ensure the waterfall's proper dimensions, ultimately enhancing my understanding of intentional design choices in engineering.
An automata, a mechanical toy that simulates movement, was delivered in this project. The automaton features two offset pear cams and a hexagonal cam to create the effects of jumping fish and a bumpy bear. This project required precise surface area calculations to ensure the waterfall's proper dimensions, ultimately enhancing my understanding of intentional design choices in engineering.
Design Process:
The class began by constructing individual boxes in an assembly line, after which students explored themes for their designs. Using a six-step engineering design process, the objective was to create a themed box that demonstrated creative and critical thinking skills. One design concept that emerged was a waterfall theme, which guided the development and legitimacy of the final design. A critical feature of the automaton is its cams, which are essential for the movement of the follower; two offset pear cams and one hexagonal cam create the effects of jumping fish and a bumpy bear. This project emphasized the importance of critical thinking and thoughtful design choices.
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