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Final Project- The Mini Midi Controller for kids :)

Final Project- The Mini Midi Controller for kids ūüôā

Alexandria Smith

How to make a child’s first midi controller or introduction to music!

-Uses the Tone library now, but I will add how to connect to Ableton later

Level = Easy-Intermediate 

Audience:
students in an after school program (3rd-12th grade); must be done with a facilitator. A great project for students to use simple circuits to learn basic code, information about sound, and how to use Ableton Live (later).

The Controller- There are three shapes, square (2), circle (1), triangle (1).  Once connected to Ableton Live, I would like the squares to be a symbol for rhythm (the students will map it to some kind of drum output), the circle would symbolize effects (reverb, cathedral, distortion, etc), and the triangle for auxiliary instruments or samples.

Prior knowledge necessary (facilitator if working with a beginner class):

coding with Arduino IDE

using the Arduino Tone library

soldering

sewing

proper use of conductive thread

knowledge of various conductive materials

Reflection: 

Process- I had a problem that I wanted to solve.  This led me to think about how I could use conductive materials and wires (needed for arduino uno) in a seamless way that is easy enough for a child to do!

Challenges- I spend hours trying to get it working with Ableton Live.  I feel like I am so close and that I will figure it out really fast after I take some space from the project

What did I learn- The beginning of connecting serial and midi using OSC, that not all arduinos (at least I can’t figure this out…) can work with the Ableton Connection Pack, that I should think more about how I want my images to represent my musical ideas, and how I would teach young students how to make this.

Next Steps:

Smoother interfaces

Wearable controllers

Controllers made out of both hard and soft material.

Connection to Ableton Live or Logic.

 

 http://www.instructables.com/id/My-First-Midi-Controller-for-Kids-/
https://vimeo.com/197097329
Pictures show 2 versions of my project

fullsizerenderimg_0467img_0451img_0450

 

 

Nitinol Wire_ Albee

I tried multiple kinds of form and material with nitinol¬†wire this time…. although most of them seem failed

But I have learned:

  1. The attachment with paper should hold better together with nitinol wire, so it could show better movement while interacting with paper.
  2. I was actually combining the conductive thread with the wire as the images below, which is not necessary because the way might cause some short or decrease the electrons from nitinol wire.

 

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Assignment_Flexinol_Misung

I used the linear trained version, but I realized it would be better to use spiral one to create the more active and realistic effect. Next time, I’d like to train by myself or get a trained wire having different movement pattern.

I controlled the amount of heat through Arduino so that the wire was not able to be burnt.

Here is the link that I purchased the wire.

http://www.musclewires.com/MWFlexinol.php

http://www.musclewires.com/MWDemoCoils.php

Assignment_Speaker_Misung

[Paper speaker]

*Issues that I found while creating speaker

I tried several times by sewing and attaching conductive thread on a paper in a spiral shape and I found that it is important to not only keep the closest distance between each gap but using the conductive silver thread that Liza gave us to get a quality sound.
Moreover, I knew that if I use thick paper or fabric, it hinders the sound waves to vibrate easily.

I found is a further information how to create a speaker: http://www.kobakant.at/DIY/?p=2936

[Solder amplifier]

Soldering two elegator clips, lithium Ion Polymer Battery, and two sides of audio cable! it was quite challeging because of having very small room for soldering.

[Connect the amplifier to paper speaker and play the music by using magnets]

Plugin the audio cable to my phone and after hitting play button, I could listen to it by swaying the magnets above the paper speaker (or I could just attach the magnet on it).

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Final Project_Misung Kim

SNOWY MOBILE SPEAKER

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My instructable link is here.

Project Description

Snowy mobile speaker is an interactive speaker that I created it as my personal expression to get away from mundane Christmas day and enjoy it with.
Since I crafted this by folding origami and running basic led Arduino code, beginners or elementary after school STEAM club are also manage to create it and have fun together if they have materials.

Precedents
For referring to snowflakes origami, I researched three dimensional origami, and in terms of making the frame, Alexander Calder’s mobile was the ideal precedent for my project.
Based on his mobile mechanism, I drew my own drawing and make frames with wires.
In order to make it more like snowflakes and looks active, I used trained Flexinol and white and silver colored papers.

Challenges
First of all, I had a difficulty in making an amplifier circuit. I tried several kinds of conductive threads and attach on one of the biggest origami but it is smaller than I expected so for future iteration, I will try to embed all things like Arduino and speaker and other circuits in origami.

What I learned from this project

I learned how to link Flexino to Arduino and how to use it not only technically but in design wise. I also found which thread works better than others to make quality sounds.

For future iteration, I’d like to use sprial trained muscle wires to move them up and down naturally. Also I will embed all circuits and Arduino in the orgami and make more snowflakes as if it looks snowing.

Feedback from class

It can be applied to express corals
Because of the display which I left the hole only for the project, it looks like a holiday window and makes the project precious.

 

 

 

 

Final Thermochromic Project_ Albee Kang

In this project, I really take the time to test and play with thermochromic pigment. As a part of my background is fashion, I also bring the technique to weave by sheets that I paint. I am quite happy with this kind of idea to engage two different fields. 

” From Decomposition to reorganization ”

Instead of weaving before coloring it, I like how I paint the individual sheets first and use the weaving skill to make it into a brand new piece. (Kind of starting from not real idea to be a little art piece.) I also like the challenge of material choosing. The felt is actually working well that I thought— the structural thickness and also how the texture interacts with the paint.

I think I would love to work more on the combination of ideas into some other forms, eg. different woven style and the shapes that create out of the woven…. etc.

Feedback from class:

1. I agree with Sofia’s idea: to create the 8-bit images instead of a simple line sewing.

2. And what Cat said inspired me too …. ” think about what I have and continue work on it since it is already a pretty piece…. why adding just a deer or something which was not quite related.

Here is my Instructables 

Here is my slide 

 

Final Project- Cat Schmitz

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Project Description:

This is How You Lose Her is project about factors that lead to higher chances incarceration. The technology can easily be translated to other concepts. This instructable is for people who are interested in experimenting with circuits to change thermochromic ink colors. Level: BEGINNER

Project Reflection:

This finally project was conceptually challenging for me. Technically speaking, it was feasible and I feel like I walked away with an interesting proof of concept prototype. Moving forward though, I would like to dig deeper into the concept and make the circuit match the system.

Final documentation video:

Presentation:

comp-craft-final-presentation

Instructable:

http://www.instructables.com/id/Thermochromic-Ink-Portrait-Mugshot