INDUSTRIAL DESIGN
c-zero
This project is focused around the current Covid-19 pandemic and how we can prevent the spread of this virus and other viruses in the future. In doing so, I learnt that we transfer 80% of infections from the interaction of touching our faces with our hands. c-zero is a wearable device that will vibrate when your hand is nearing your face, reminding you not to. This ring also tracks your heart rate and body temperature by sending the information to an app. The app tracks this information and will inform you if it is out of the ordinary as this may be a sign of infection. The ring can be turned off via the app, however will remind you to wash your hands first.The design of the ring and accessories are of a beautiful aesthetic suitable for most users, yet unique in serving its purpose to prevent the interaction.
Awards:
Wearable technology
The elements of this design are compacted into the ring by using the smallest working technology available. Inside a ring is a transmitter, receiver, vibrator, Photoplethysmography sensor, Negative Temperature Coefficient sensor, arduino and a wireless battery. This may seem like a lot to fit into a ring, however this is a fraction of the components that are in the wearable devices that exist today. In the earring or pendant is a transmitter and receiver, the only required features needed to communicate with the ring wirelessly. When the transmitter, receiver in the ring and earring/pendant are in close proximity, the vibrator in the ring is activated until moved away. The Photoplethysmography sensor monitors heart rate by a light that senses the blood flow under the skin. Body temperature is monitored through a Negative Temperature Coefficient sensor by recognising a change in temperature. The Ardunio and transmitter wirelessly sends this information to the app.
Don't Burst My Bubble!
My project, ‘Don’t burst my bubble’, tells the story of how our focus has changed since the Covid-19 pandemic began and how we have had to re-evaluate our careless and excessive use of materials in day to day life. This design shows innovation in a creative and unique way while putting emphasis on sustainability and current affairs. The pandemic has given us an opportunity that has never been seen before, an opportunity to reset and re-think, especially in design. It is necessary to recognise opportunities like this in order to design successfully for the future.
Fly Lighting is a luxurious lighting product for high end restaurants designed to appeal to the elegant taste, but more importantly, to eliminate a small but huge nuisance - flies - unnoticeably. Once installed where flies may be present, the light as well as permanent bait placed nearby allures flies to the centre of the product. Flies are detected on their way by a motion sensor and an activated motor silently sweeps them into a removable pod.
Fly Lighting
Arduino
A passive infrared motion sensor (PIR) is positioned next to the LED strip on the frame of the shade as this is where the flies are attracted to first. This is in the best position to detect the movement from the flies while not picking up the movement from below. When the motion is detected, the motor in the trap starts for a period of time. There is a surface on the trap that attracts the flies to land on it. There is a rotating blade that traps and moves the flies down a channel and into a pod. The pod can be removed to dispose or release the flies and then be cleaned. A built-in microcontroller will stop the motor after some time if there is no new motion detected, therefore it does not need to be turned on manually. Through my testing processes, I have ensured this makes little to no noise when in action as this may be considered appealing for the customers. All components of this design can be disassembled and replaced if need be.
This bottle design is inspired from the production and origin of Tequila. Originally brewed in Mexico, tequila spirits are made from the body (pina) of the Agave plant. The form, pattern and textures of the bottle mimic the mature Agave pina. This unique design allows one to drink the tequila directly from the bottle, through the Agave leaf on top. The leaf-like mouthpiece is designed to twist and lock into place, such that it does not leak when closed. This concept model has utilised the advantages of 3D printing to create such an original shape.
Tequila Bottle
Amphora Lamp
My Amphora lamp design is inspired by ancient Greek amphora vases. This unique design combines traditional Greek elements with contemporary materials and construction methods, creating a new avenue for lamp and vase design. The vase serves a double purpose as a flower vessel and switch, turning the lamp on with a magnet when in place. With the LED strips hidden in each of the arms, a sense of surprise is created when the vase turns it on. The combination of colours, light direction and function in this model creates a cosy ambiance for a bedside lamp and vase.
Woosh Bowl - Concepts
These fruit bowl concepts all provide a convenient place for you to leave your keys when you enter your house. The curvaceous forms of the bowls are a representation of the movement as one may gush past in a rush. The balance of the final concept is unique, it is designed to have the weight stable enough for an interchangeable bowl. The slight change in angle of the leg makes the small bowl fit securely into the big one without any extra help.
Woosh Bowl - Final Design
The curvaceous form of the Woosh fruit bowl is a visual product of movement. This bowl offers a convenient place for your keys while aesthetically pleasing amongst fruit. The flexible-tile inner bowl is a characteristic feature of this design. It flexes with the weight of the fruit causing subtle movement when placed in the bowl. This creates the illusion that the wood is bendy and moving. Woosh illustrates how innovation and aesthetics can complement each other as a high-end home interior piece.
Group Project by Kenza Patiparn, Jakob Lester, Daniel Mildon, Xenia Lin and Sophia Neill
Zaha Hadid's Pen
This pen design is inspired by Zaha Hadid. It comprises two contrasting elements; the lathe crafted piece, and the 3D printed piece. Inconsistent curves, repetition of ridges, and asymmetry are all characteristic features of Hadid’s architecture, which I have incorporated into my design. This pen is held by the nob at the end, intended to create quick and large sketches. With this grip there is freedom for easy experimentation.