Module 1 Formstorming

Weekly Activity Template

Marley Luna

Project 1

Module 1

Building Circuits and Conducting

Activity 1

This is an image of the first circuit, the image contains a drawn outline/labels of the circuit along with the battery for it. The circuit is a basic positive and negative circuit that the tutorial video contained, with the copper tape acting as conductors between the light and the battery

This image contains the next step of the circuit with the copper tape attached

This is the next step with the battery attached

This is the next step with the light and all components

This is the working circuit with the tape on the top and bottom of the battery to activate the light

This is the second circuit that was created it also uses the copper tape as a conductor, but with this circuit it uses a sort of switch method, the first image contains the tape and drawn out circuit

This second image has the circuit but with a battery

The circuit is complete here and the switch is shown on the side, it is just some more copper tape but added to a small piece of paper

This is the activated circuit with the switch being used

This is the third circuit which uses aluminum foil as a conductor, the circuit is very similar to the previous one except the switch is just the foil detached instead of a separated piece, this image is a rough sketch of it

Here the light was added completing the circuit

This is the switch being used to turn on the circuit

This is the fourth circuit it uses graphite from a pencil to conduct the battery to the light, the image here has a sketch of the circuit

This is the circuit with the graphite added in, needing to be densly drawn for it to work as a conductor

The circuit is being activated here and needs the paper to be folded to touch the top of the battery as the positive side

This is the fifth and last circuit, it uses copper tape as a conductor again but it is slightly more complex then the previous circuits, the first image contains a rough sketch

Here the battery was added to complete the circuit

This is the circuit being activated, the top part of the circuits touches the top of the battery and the lights are activated by two switches one for each, they both work separately

Activity 2

This is the lid of the shaker bottle, the light of the object interaction circuit would likely be on this part

This is the base of the bottle and would have the battery

This is the full bottle with the screwed on lid

This is a first iteration drawing of the circuit, less efficient than the second one

This is the process of the bottle circuit in steps

This is the second iteration of the bottle circuit

This is the book that would likely be used for the object interaction circuit

This is the first page of the book where most of the circuit would take place

Having multiple pages of the book flipped would create a space where the circuit would deactivate since the tape would not be touching the battery

This is a sketch of the process of the book circuit with two iterations, one requiring multiple pages and the second only needing the first page and the cover

This is a drawing that explains the two iterations, both are apart of the same diagram

This is the toque that would be used for the clothing interaction circuit, this is it unfolded

This is the toque but folded, where the circuit would be activated

This is a drawing of the toque showing the process of the circuit

This is a drawing of a diagram of the toque circuit

This is the drawer that would be used for the environment interaction circuit, this is it closed where the circuit would be unactivated

This is the drawer but opened where the circuit would turn on

This is a side angle of the drawer showing where the battery might be

This is a drawing of the process of the drawer circuit

This is my bedroom door which would be used for the environment interaction circuit, this is the open door itself where the battery would be

This is the wall that the door connects to, where the light would be

This is the closed door where the circuit would be complete

This is the door circuit drawn through its process

Project 1

Final Project 1 Design

Wearable Interactive Affordance Based Circuit

This is my Wearable Circuit, it consists of a boxing glove with a battery, four LED lights, and copper tape. How it works is when the glove is put on and the fist is clenched, the finger part touches the palm and the copper tape connects to complete the circuit which turns on the four knuckle lights.

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Non-Wearable Interactive Affordance Based Circuit

This is my Non-Wearable Object Circuit, it consists of a brimmed hat, a wall hook for objects, a battery, a single LED light, and copper tape. How it works is the adjustable part of the hat has copper tape and there is a gap between the copper tape on the hook, when the hat is placed on the hook the circuit completes and the light turns on.