Samuel Koh's profile

Dyson Ultrasonic- Sustainable home aeroponics

In line with Singapore's aim to have 30% of produce to be sourced locally by 2030, we set out to aid Dyson in its expansion and exploration into the agricultural industry. 
(This project is purely explorative, and in no way intends to infringe on the patents and copyrighted material of Dyson)
https://www.youtube.com/watch?v=kdT369zGFAI
The Dyson Ultrasonic, your seamless, SMART home aeroponics system
Utilising and building upon Dyson's cutting edge technology, our product enables you to grow fresh produce in the comfort of your own home.
Modular and simple equipment allows you to easily grow produce for home consumption
Removable, interchangeable attachments allow you to customise each pod, to provide greater variety in food sourcing
Nutrient primed solution can be easily poured into the removable tray at the base
The inbuilt Piezoelectric transducer helps to convert the solution into a fine mist that is optimal for absorption by plant roots
HEPA filters ensure that unwanted particles will not be introduced into the system, as the Dyson v9 motor sends the nutrient mist to the plants
Root flow technology has been carefully adjusted to ensure that equal amounts of solution will permeate the roots
Detachable pods allow for easily interchangeable produce selection
Custom lights above each module provide the optimal light spectrum for plants to grow
Monitor plant health and track the growth of your plants through the app, and pre-order seedlings for your next batch of produce before the harvest day with the intelligent plant growth tracking system
User flow of the accompanying application
Designed with: Foong Haw, John Tay, Rachel Tan
Under the guidance of: Martin Danzer
Date: 2 November 2020
Dyson Ultrasonic- Sustainable home aeroponics
Published:

Owner

Dyson Ultrasonic- Sustainable home aeroponics

Tasked to create a product based on careful examination and analysis of existing Dyson products, we created the Dyson Ultrasonic. A simplistic, s Read More

Published: