Tag Archives: Arduinos

Soldering: An Art of Trial and Error

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Trial and error: the phrase that best describes my experience during our second session in the Fab Lab.  After our work with red boards and coding during Week 6, my group progressed to the soldering station to create circuits sans red boards. Before beginning, we were warned that the day’s activities would vastly increase our appreciation for the simplicity of the red board systems; this held entirely true. As an incredibly impatient perfectionist, this activity tried my ability to make repeated attempts to complete a single step of the project. However, the sometimes-tedious nature of soldering did not bother me in the way I expected; rather, I really enjoyed the process! It was perhaps my favorite skill we have learned in the course thus far due to the hands on nature, and the fact that you can test and check your physical progress as you move from stage to stage.

The soldering station and my relative success in the activity inspired me to incorporate a new aspect into our garbage condenser – an LED sensor that lights up when the trash cannot be further compacted or pushed down in the bin, therefore indicating “full.” I think this will both incorporate another useful technology and create added value for the consumer, as the product will have dual functionality. Furthermore, I feel as though this sets our product apart from other products on the market as well as “DIY” alternatives, as it is more technologically advanced – an upgrade that is important to many consumer groups in an increasingly digital world. I hope that, in improved my soldering skills and combining with the other abilities we have developed throughout the course, my group is able to develop an effective product that can accomplish the desired task in the simplest way possible.

While I will not be participating in the soldering station during our next course in the Fab Lab, I hope to take time outside of class to assess the best possible way to include a soldered LED circuit and code in our product in order to enhance its functionality. In conducting outside research, I found a very useful tutorial that instructs one on how to code an LED Arduino to blink at one second intervals (which I think would work well as a “full” trash alert.) Furthermore, I performed a bit of industry analysis to see what products are currently on the market – none incorporated technology in such a way, making our product both unique and advanced in this niche market. See here for one comparable offering on Amazon. 

Arduino Testing and Experience

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This was week two in the Fab Lab. My group, group White, was switching from laser cutting to coding and testing Ardiunos. I have had very little experience with coding and zero experience with Arduinos. I was not sure how this would go.

The first thing we did was grab the box we had laser cut the week before along with the pouch that would help us assemble our Arduinos. Each of us sat at a station with two monitors. On one monitor we pulled up a slide show that would help us follow along with how to code. We ran a series of tests to make sure our Arduino would function properly. I found the most difficult part of this process was figuring out where exactly to place everything on the bread board in order for it to work. Luckily the final product turned out!!

When I looked more into what kinds of things arduinos are used for, so many things came up! Something that stood out to me was a “smart house” controlled by arduinos. At first, my mind immediately went to the Disney movie “Smart House” that was created in the late 90s. When I read into it, I found out that arduinos control more of the environment of the house. For example, controlling the internal temperature of the house, letting know which windows are open or closed, or which doors are locked. These are small things, but they are helpful. Every time my family and I leave our house, we ask the same questions. We are not for sure we locked all the doors, turned off all the lights, or even made sure the stove was off. An arduino for our house would be very convenient. We would not have to wonder and would have the answer at our fingertips by checking our phones. Click here to read more about smart houses.

I am curious to see what arduinos hold for the future. I know I have only recently had experience with probably one of simplest functions of an arduino, I was amazed. I have never made something that was motion sensitive. I think exposure to arduinos will broaden our ideas as a class for our development of our products for Digital Making. This could make something touch sensitive or notify you what the temperature is. Arduinos can upgrade an idea that you may of already had!