Module 1 Formstorming

Weekly Activity Template

Shaun Otterman

Project 1

Module 1

These images depict the various activities for the project and the final outcome.

Activity 1

Starting empty page for circuit Circuit in progress image. The image also shows the blue leds that would light up First iteration of the circuit but it did not work this made me take the entire thing apart and restart from the beginning. Remade version (circuit V2) of the circuit that worked V2 of the circuit with battery on it Image shpwing that V2 of my circuit is working properly. I made another circuit with a second led This image shows the two leds placed next to each other on a standard circuit lighting up. Parell circuit un lit. The battery at first only lit up the two leds and not the one in the middle so i had to redesign it. Another test of the circuit Both of the leds lit up for the parell circuit. I wanted to test if multiple leds would light up if I added more and changed the circuit design. New circuit in progress Graphite circuit in progress. Next step is to add the battery and check if the circuit works. Graphite used as the circuit conductor. I found it did not really work that well and only worked at very specifc angles based off the battery position I tested if the circuit worked and it did but stopped conducting so i tested if there was something that was affecting my circuit by testing with more tape. Image showing how I tested the conductivity. Image of parell circuit with two leds on the far side. I found the leds would only light based off the position of the battery. Moving the battery would cause different leds to get more energy. This is the empty new page that I was going to apply the paint to This is how the paint that was used for the conductivity looked This is how the paint looked on the page after being applied. Painted page with leds that would be used to sense if the surface is conductive. Other image of circuit with paint This was another circuit I made with Saksham and it conducted through the black paint. We placed the tape around the paint shaped like a lightning bolt whcih allowed the leds to light up when the battery was connected. Image of the final circuit working and the leds lighting up.

Activity 2

This image depicts a box being picked up showing how the interaction would play out. Sketch of how the interaction would work Another sketch showing the function of the interaction 3d model of how the box circuit would work and function This image depicts how the final render of the box with the circuit inside would look. - Sketch of how the wrist band concept would look. Other sketch showing how the circuit would be setup on the wristband 3d model of the wristband showing how the circuit would function. Final render of the wristband with with the circuit around the inside. Image of object 3 which is a poster Sketch showing how the poster concept would work. Other sketch showing how the poster circuit would work 3d model of the poster showing how the circuit would be setup 3d Render of the poster with the circut included. Image of the piano used for the fourth object drawing depiction showuing how the circuit on the piano would work. other drawing showing how the circuit would be placed. I could also use just one battery and fold up a piece of copper tape that connects when the cover is opened. 3d model of the piano and how the circuit would work. 3d render of the piano circuit Image of the fifth object which is a pair of sunglasses image depicting how I would place the circuit Circuit drawn over the original sunglasses image. 3d model of sunglasses with the circuit showing 3d render of the sunglasses with the circuit.

Project 1

Final Project 1 Design

Wearable Interactive Affordance Based Circuit

This is my non wearable interactive affordance based circuit. The image shows how the wristband works and the bulb lighting up when the velcro pieces are connected.

This is the final design of the wearable interactive affordance based circuit. The object is a wristband that serves a variety of purposes such as being visible when walking.

Non-Wearable Interactive Affordance Based Circuit

This is how the final result for my piano circuit turned out. When the user lifts the cover up, the circuit completes turning on the LED lights.

This is the final design of the non wearable circuit. The design is of a piano where when a user pulls the cover up, the circuit completes turning on lights to light up the keys.
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