sofia susal
sofia susal
Strengths and Weaknesses:
One of my design/engineering strengths is my ability to put my plan into action and persevere through setbacks. I think I'm pretty good at assessing what needs to be done and finishing it in the time allotted.
One of my areas for growth is picking a project that is doable and allows for adaptation. Sometimes, when I get set on a complex idea, I shy away from adapting and revising it, which could have significant impacts.
Commitments
Taking lots of clear photos; last year one of my biggest challenges was taking good-quality photos that accurately documented my process
Writing helpful notes that reflect not only my final process but my experience class by class.
Leaving adequate time at the end of each class to accurately write down what I accomplished during that class period.
These were our 6 combined PCB designs. Though we liked the turtle and jellyfish designs, we ultimately decided on the strawberry design. because it will be the easiest outline to make in Rhino. We are going to use LED's for each seed and draw on the stem.
I worked with Alexa to craft this strawberry shaped parallel circuit board. We used Rhino to form out the outside strawberry shape and later used the silk screen feature to print on the leaves. We placed LED lights in place of all of the seeds, and placed the battery on the back to allow for more space on the top of the circuit board. One thing I will remember is the perseverance and problem solving that my partner and I had to exhibit throughout this process.
Here are my 10 speaker designs
Overall, I received a lot of helpful feedback on which materials I could use and questions about shapes and sizes of things.
Phase two drawing
This is my phase two design drawing. Though I have not worked out all of the details as far as measurements, I am excited to start working with the materials and programming my speakers.
This is my Rhino Model for my milk carton speaker design. It includes indication where the speakers will go and will have plasma cut lettering in the front between the speakers which is not yet included.
This is my cardboard prototype of my milk carton which features correct measurements and proportions for my final speaker. I struggled with making all of the pieces the correct size and with cutting out the circles for the speakers. One thing that I think went well was the learning process in which I was able to refine my ideas based on plausibility.
This is my amplifier circuit displayed on the breadboard. I spent a lot of time on this and was very proud when it got working. One thing that was difficult was troubleshooting given the amount of wires and other things plugged into the breadboard, however I was able to complete it using bluetooth from my phone.
Here are my Python worksheets. The first one I did on my own (due to my absence) and the second I completed in class with Kyra. We struggled a little bit with the for loops but were eventually able to figure it out.
This is my amplifier circuit board, which I made with my partner Natalie using Eagle. We split up the work by each contributing to the schematic design by having one of us open the guide schematic and the other make the actual connections on eagle. With this being my second circuit board I found it much easier to understand the connections and finish it quicker, given that I had already made the connections physically on the bread board and had already worked with eagle.
Amplifier Circuit Board: Unsoldered
This is my unsoldered Amplifier circuit board that I made with Natalie. From here, I will solder my amplifier parts and connect my speakers!
Digital Project - Microcontroller
This is the microcontroller that I worked on with Kyra. We were able to program it to display the most popular current events headline in the New York Times! (which I think is super cool) Here is our gist.
Challenges solved with the Microcontroller
This is the microcontroller that me and kyra worked on. Though we ran out of time before completing the challenges, we were able to get the emoji working! here is our gist
My Digital Project Plan
Here is a picture of my plan for my digital project. For this project, I am hoping to use my microcontroller to incorporate a time telling aspect of my speaker. This will not only be a cool addition, but will provide many uses, given that this speaker will rest in my room. I plan to use the code from my python worksheets, and will hopefully be able to add cool elements such as different images if I have more time.
First Shaped PCB
This is the shaped PCB that I worked on with Alexa. We decided to make it shaped like a strawberry and used silk screen to print the leaves on top. We first made the connections and board on eagle (shown above) and then got it printed. To solder it, I first soldered in the battery and switch, followed by the resistors. After, I inserted each of the LED's individually to make sure they turned on.
Soldered Amp PCB
Here is my soldered amplifier circuit board. While at first, my circuit board did not work due to a missed connection, it now functions properly and has taught me about the importance of each individual piece. It also brought my attention to how important proper soldering is to ensuring that my amplifier would work. In conclusion, I am really proud of this step in my overall speaker design.
Up until this point, I have been working on soldering my amplifier and making my rhino design, which I will cut out soon! Once all of my pieces are laser cut I will spray paint and assemble them. I'm planning on using finger joints to join my box together, and metal to form the folded top of the carton. One challenge that I anticipate is getting the finger joints to fit perfectly together, so I will be sure to be super precise with those. Though I still have a good amount of work to do, I am confident that I can finish it.
This is my (almost) finished milk carton speaker!! In thinking about all of my work for the semester, I am satisfied with my the folded metal top of my milk carton, because I fidgeted with the rhino design and plasma cutter a couple times to ensure that it worked. If I were to start over, I would have spent more time on my initial rhino design, because I ended up redoing it in order to incorporate the accurate measurements and finger joints. I also would have tried to move more efficiently while soldering my amplifier to allow more time for me to cut my parts. I will take away the perseverance that I gained in this class, through working with machines and concepts that I am not familiar with. Overall, though I did not quite finish, I am super proud of my ability to overcome the challenges that this class produced, and come out with a working final product.