MYCOSCOPE

Product Design

UX/UI

3D Modelling

THE PROBLEM

In the next 20 to 30 years, spore-related infections are expected to increase significantly. Fungal spores are common in agricultural settings.

Although they naturally occur in the environment, they can become harmful to humans when they contaminate the soil and crops we consume.

In small amounts, fungal spores are invisible to the naked eye, yet still capable of causing harm.

INTENDED AUDIENCE

The device is targeted towards those in the agricultural, mycology or food safety sectors.

THE BRIEF

The goal is to digitally design a device using 3D software that addresses fungal infections and spore contamination.

The design should consider materials, functionality, and usability, showing how technology could monitor and control harmful spores to support agricultural safety.

Additionally, creating an accompanying app to assist farmers in monitoring fields and crops.

Initial Product
Design Sketches

THE SOLUTION

Create a product that can detect the most harmful spores in crops or soil and alert farmers or food industry professionals to potential contamination risks.

This device aims to improve food security by reducing the spread of harmful spores, helping protect both crops and consumers from fungal-related hazards.