Bachelor Thesis
Thesis project exploring virus-killing mask technology using UV and electric-based solutions.
Bachelor Thesis – Virus-Killing Mask Concepts
Project Overview
After the outbreak of COVID-19, I wanted to design a product that could be helpful in future epidemics. In collaboration with Benchmark, this project focused on developing a mask that actively kills virus particles, instead of merely filtering them passively.
We explored various technological approaches, with two main directions emerging:
- UV-based disinfection
- Electrically-based virus deactivation
Through extensive calculations, expert consultations, and concept development, we created several promising ideas. Below are renders from the explored concepts. For more details, feel free to contact me!
UV Disinfection Concept
Using UV light to neutralize virus particles is a proven technique, especially in controlled environments. The challenge lies in calculating the correct UV intensity relative to the airflow speed in a wearable format.
To better view the images, you might need to switch to light mode, my apologies.
Electric Disinfection Concept
Using electricity to kill viruses is a novel idea. Although research is limited, early results were promising. This method still requires more investigation to verify its effectiveness across various virus types.
Time
- Bachelor Graduation Project – Industrial Design Engineering