The round terrarium structure is made of paper maché, paper clay, and lots of glue. I laser cut the four pieces pieces that make the viewing box (the top/night sky, two sides, a window) that is inside of the terrarium including the round holes for the LED lights that show through at the top.
A breadboard is attached this piece which is the “night sky” and I coded the lights to fade on in synch with the sun setting. The screen is my iPhone where I uploaded a video of a beach sunset and inserted it into the window of the viewing box.
Finally, I added mini paper dune grass and a tiny wooden fence (my favorite part)! 🙂
Pretty basic setup, motor runs an off-center disc when the button is pressed. The code was essentially a push-button script, originally turning on an LED. The LED was replaced by the TIP transistor, leading to motor and additional power source. There were some issues with the timing of the platform, as it would land on the button and potentially run endlessly. To fix, I put a slight delay on the status of the button. To my poor soldering skills, however, there was no fix. Enjoy…
Below you will find a stop motion animation illustrating my concept for the Magnetic T-shirt/Jacket using Arduino. I have also shared some of my inspirations for this project. Spaces and environments which facilitate participation and learning are of great interest to me, especially ones suited and meant for children. The combination of electronics and interactions seemed like a great combination to experiment with ideas which would make the classroom more welcoming and promote learning!
Live and Play in environments which are rich in creativity, arts, and inspriation!
Enjoy the show!
This was a great learning curve for me! There are 360 still images which make up the stop motion animation. During this process I made leaps and bounds and learned many new skills! I practiced drawing, my handwriting, learned how to utilize iMovie to make a stop motion and overlay sound, and also learned out to tackle the internet uploading and embedding. And even though you don’t see it in this post, I programed an Arduino with a magnetic reed switch to light up an LED when it censored the magnet!
My editable email notifier is fully functional! It successfully indicates the new number of emails by spinning and dropping M&Ms into a glass. Then, once the emails have been read, an LED lights up to indicate that one may eat the M&Ms.
In a busy studio, with lots of people sharing a dishwasher, it can be confusing knowing if the dishes are clean or dirty. As a result I designed a kitchen appliance that will stop people from accidentally loading dirty dishes in a clean load.
This is how it works:
1. Richard loads the dishwasher and then kicks the button on (which activates the arduino)
2. Mansi comes to the dishwasher, not knowing that it is full of clean dishes, and is about to add her dirty dish. But when she opens the dishwasher, the green light comes on and tells her she better not!
3. People can take a dish out at a time to use them without unloading the whole dishwasher, but once the dishwasher is unloaded, the button should be kicked again so the green light is deactivated.
The circuit utilizes a modded push button, an LED and a light sensor.
The object that I had to design for this class’ assignment was a plastic bag Party Favor. I began with using arduino and circuitingdierent colors of LED’s to one bread board. The led’s are programmed to light on and off simultaneously. The arduino kit was then placed inside a box which would later be used as the base. Plastic bags were cut and made into a collapsible pinata like lantern that would expand out of the box base. The box is then packaged into a slide out packaging which is then tied with ribbon fabricated out of a Target plastic bag like a party favor.
Introducing the “ijunk” – the junk mail iphone / ipod dock
“the best thing to happen to iphone since iphone 5”
When an iphone or ipod is docked it activates a junk mail delivery mechanisim. This was a really project with no apparent purpose but gave me the opportunity to use a physical imput to create a digital action in the ardino code and then return a physical output. The physical circuit uses a tip120 transistor which acts as a electronically controlled switch allowing the motor to draw power from an independent power supply. This is important as if the motor were to be connected directly to the arduino it could fry the arduino’s chip. The code i used was a version of the button example featured in the continue reading section of this post. Ideally if I had more time I would have better integrated the iPhone charging into the arduino and have it actually recognized when it was being docked, rather than just using the phones casing to connect the circuit via contacts.
Some of the tutorials and useful sites I found and used are here: