As I conclude my first experience with physical computing, I have come to realize that this field is more than just the sum of its parts. It encompasses not only the consolidation of concepts and the implementation of code but also the physical feasibility of a project. Working on the "anti-switch" socket project has taught me not only the technical aspects of building a prototype but also the creative and conceptual process of developing an idea. It requires an understanding of both the hardware and software components of a project and the ability to troubleshoot and adapt as necessary.
It is fascinating to see all these can bring the design concept to life. For example, determining the suitable speed, height of ascent and descent, whether the socket alone should move or the entire fixture, and the weight capacity of the servo are all important considerations.
But overall, I still feel that I am in a familiar stage with this project, and I have not taken very bold steps yet. E.x. in one of the test versions, the socket was able to jump out of the box to show it was “excited”, however, it’s cut off due to the angle and material strength is beyond our control.
I am optimistic that as I become more acquainted with this initial project, I will have the confidence to take bolder and more imaginative steps in the subsequent two projects. My ultimate goal is to use the techniques I have learned to breathe life and soul into my designs.
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