Module 1 Formstorming

Weekly Activity Template

Morgan Danendra Inderadjajanata

Project 1

Module 1

This project introduces low-voltage electronics and physical computing by creating simple circuits with materials like copper tape, LED stickers, and coin batteries, integrated with found objects and digital fabrication. It emphasizes experimentation, iteration, and risk-taking to encourage creative, original design solutions.

Activity 1

Layout of 1st Circuit Assembled 1st Circuit Completed 1st Circuit 1st Circuit with a switch 2nd step for 2nd Circuit(Conductor sheet) layout for 2nd Circuit(Conductor Sheet) Assembled 2nd Circuit(Conductor Sheet) Completed 2nd Circuit(Conductor Sheet is used as a switch button to complete the circuit) Layout of 3rd Circuit(Conductor Strings) Completed 3rd Circuit(Conductr Strings used as the trunk of a pine tree) 4th Circuit, drawing of an eye 4th Circuit, make a circuit behind the eye 4th Circuit, align it with the hole in the middle of the eye Completed 4th circuit Completed 5th circuit, to test if the materials are working correctly Assembled 5th circuit Layout of 6th Circuit(Aluminium Foil) Assembled 6th Circuit(Aluminium Foil) Completed 6th Circuit(Aluminium Foil) Layout of the 7th circuit(using the strings to connect to the LED) Step 2 of the 7th Circuit(identify where the battery will be) Step 3 of the 7th Circuit(place the copper tapes) Step 4 of the 7th Circuit(Assemble half of the circuit) Attached both strings to each end of the copper tape and connect them to the LED according to the '+' and '-' symbols Completed 7th Circuit (Conductor strings)

Activity 2

Researching about switch ideas Researching about button ideas Photographs of the objects with interaction Photographs of the objects with interaction Pt.2 Distributing the objects into three groups, objects-based, environmental-based, and clothing-based Object 1, washroom stall lock Object 2, pushdoor handle button Object 3, air vent knob Object 4, jogger drawstrings Object 5, heater knob Sketch of object 1 Sketch of object 2 Sketch of object 3 Sketch of object 4 Sketch of object 5 How will the circuit work on object 1 How will the circuit work on object 2 How will the circuit work on object 3 How will the circuit work on object 4 How will the circuit work on object 5 The model of the circuit for object 1 The model of the circuit for object 2 The model of the circuit for object 3 The model of the switch for the object 4 circuit The model of the circuit for object 5

Project 1

Final Project 1 Design

Wearable Interactive Affordance Based Circuit

For my final wearable design, I decided to create a Green Lantern ring, using a glove to hold the battery, LED, and copper wires in place. To light up the LED, the user must clench their fist, ensuring that their middle finger is in contact with the palm of their hand.

Wearable Interactive Affordance Based Circuit

Non-Wearable Interactive Affordance Based Circuit

For my final non-wearable design, I decided to create a puzzle using sponges, the sponges must be arranged properly and then pressed slightly against each other to light up the specific LED.

Non-Wearable Interactive Affordance Based Circuit
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