Module 1 Formstorming

Weekly Activity Template

Tzu Yu Hwa

Project 1

Module 1

I started by sketching hand-drawn diagrams and then built both parallel and series circuits using materials like copper tape, batteries, LEDs, and pencil lead. Each circuit functioned properly, proving that my designs were effective. This project allowed me to creatively experiment with different materials and circuit configurations.

Activity 1

I used Tutorial 1 as a guide to sketch a basic circuit diagram featuring a battery and an LED, ensuring that the positive and negative terminals were clearly labeled.

Using Tutorial 1 as a reference, I constructed the circuit with copper tape, a battery, and an LED. The illuminated purple light indicates that the circuit is working properly.

I sketched this rectangular circuit diagram as a reference, featuring a battery and an LED arranged in a simple loop.

I assembled this rectangular circuit using copper tape, a coin battery, and an LED, ensuring it aligns with my initial diagram.

I applied pressure to the circuit to check the connection, and the LED illuminated in red.

I designed a parallel circuit diagram with two distinct LEDs, ensuring that each light operates independently.

I built the circuit according to my diagram, using copper tape, a coin battery, and pencil lead to connect the components.

I pressed the components together, and the light emitted a purple glow, confirming that the pencil lead effectively conducts electricity.

I created a basic circuit diagram featuring a battery and an LED, outlining a clear and simple connection layout.

I made the circuit and pressed to test it. The LED turned on, showing it works properly.

I carefully laid down the copper tape to connect the circuit, ensuring a smooth path for electricity to flow.

I pressed the components together, and the LED lit up, showing that my circuit worked successfully.

I sketched a circuit diagram with two linked loops, featuring two LEDs powered by a single battery.

I built the circuit using copper tape, a battery, and LEDs, ensuring it closely follows my diagram.

I pressed on the circuit, and both LEDs turned on, confirming that it works as intended.

I created a parallel circuit diagram with two LEDs, allowing each light to function independently.

I built the parallel circuit using copper tape and LEDs, ensuring it matches my diagram.

I pressed the connections to test the parallel circuit, and both LEDs lit up brightly, proving the design works perfectly.

I sketched a basic rectangular circuit diagram with a battery, an LED, and a clear connection path.

I assembled the circuit using copper tape, a coin battery, and an LED, ensuring all components were connected as shown in my diagram.

I pressed the circuit to test it, and the LED lit up with a blue glow. It was exciting to see it work successfully.

I designed a triangular circuit featuring a battery and an LED. This unique shape provides an alternative connection method.

I built the triangular circuit using copper tape, carefully connecting the components according to my diagram. The layout is neat and well-organized.

I pressed the connections to test the triangular circuit, and the LED lit up with an orange glow, confirming it works properly.

The triangular circuit was completed with all components securely in place, showcasing a creative design while functioning properly.

Activity 2

This is a simple illustration of a colorful rainbow umbrella. It represents the base concept of an umbrella, which serves as the foundation for the illuminated umbrella design.

A hand-drawn sketch demonstrating how the umbrella's LED lights can project illumination around the user. The dashed lines indicate the light distribution, providing visibility in dark environments.

Another concept sketch showing how the LED lights are embedded along the ribs of the umbrella. It highlights the practical usage of the glowing umbrella during rainy or nighttime conditions.

A conceptual drawing comparing the LED umbrella to a streetlight. The image suggests that the umbrella can act as a portable lighting source for pedestrians in dark and rainy conditions.

This photo shows the materials I prepared: a transparent umbrella, battery-powered LED fairy lights, and a hot glue gun to secure the lights. Simple and easy to find.

This photo is the finished glowing umbrella. The LED lights are attached to the ribs, and the glow looks great. I wrapped the lights around the frame, secured them with hot glue, and placed the battery pack near the handle for easy access. After testing, the lights were evenly distributed and brightly.

This first image is a simple sketch of a baseball cap, outlining its basic shape and brim structure as the foundation for the glowing cap design.

This image adds a glowing effect, with an LED strip along the edge of the brim emitting a soft yellow light, emphasizing its illumination function for nighttime activities.

This third image showcases the LED strip details and battery placement. The battery module is hidden inside the cap and connected to the LED strip on the brim, ensuring a lightweight and stable design.

This image zooms in on the battery module, which contains two batteries and a power button on the side for easy control. A reference photo of a real LED battery pack is included, making the design more practical and realistic.

This image is a pair of shoes from your little cousin, featuring a cute bear-shaped LED light that turns on when pressure is applied. This gave you the inspiration for your own light-up shoe design.

This image is a basic sketch of the shoe, showing a side view without any lighting effects—just a starting point for the concept.

In the third image, LED lights have been added along the sole, creating a soft glow that makes the shoes stand out, especially for nighttime walking or sports.

This image highlights the LED light sticker and power button, which are used to turn the lights on and off, making it easy to control the effect.

This The fifth image explains how the lights work—press once to turn on, press twice to turn off—and includes a simple controller for adjusting the LED settings.

This image shows my little sister’s LED hair clips, which gave me the inspiration for my design. The cute character-shaped clips glow in different colors, making them fun and eye-catching.

This image is my initial sketch of a bow-shaped hair clip, which serves as the base for my glowing hair accessory concept.

This image focuses on the charging mechanism. I designed a tiny connector that attaches to the side of the clip, making it easy to charge without affecting the design.

This image shows how I integrated the LED light into the clip. I placed the charging port and connection points discreetly so they don’t interfere with the overall look.

This image explains the charging process. I included a detachable USB charger that connects to the clip, allowing for quick and convenient recharging.

This image is my inspiration—a glowing headset with a cute paw design. The LED light adds a stylish touch, making it visually appealing.

This image is my initial sketch of the headphones, capturing the basic structure before adding any lighting details.

This image introduces the yellow LED light feature on the headband, which turns on when the headset is active. The Type-C charging port is also included for easy recharging.

This image highlights how the LED light strip runs along the top of the headset, improving visibility and safety, especially for night runs.

This image shows the power-off mode, where the LED light turns red when the headset is off. The button allows users to switch the LED on/off with a simple press.

Project 1

Final Project 1 Design

Wearable Interactive Affordance Based Circuit

For the wearable piece, I modified a construction helmet with built-in LED lights. When I wear the helmet, I can control the lights using a switch, making it a practical yet interactive safety gear concept. The project focuses on the relationship between movement and light, turning everyday objects into functional and responsive designs.

test2Lorem ipsum dolor sit amet, consectetur adipiscing elit

Non-Wearable Interactive Affordance Based Circuit

For my final project, I explored both wearable and non-wearable interactive designs using light. The non-wearable piece is a book that lights up when closed and turns off when opened, creating a subtle yet engaging interaction. I used conductive tape and LEDs to integrate the circuit seamlessly into the book’s cover.