Portable pathogen detection for remote and on-site testing
MMXXI
OmniVis, a Boston-based startup, approached me to design a handheld pathogen detection device intended for use in both remote and on-site environments. The brief focused on creating a compact, easy-to-use product capable of testing for a range of pathogens, including COVID-19 and cholera.
The project required close collaboration with the engineering team, as the internal architecture and sensing components had a strong influence on the overall form factor. A key challenge was integrating these elements into a compact enclosure while maintaining usability and clear interaction.
The design approach was to reduce complexity to a minimum. The device operates through a single-button interaction, with results displayed on a simple, easy-to-read screen. This was intended to make the product accessible in a variety of contexts, including field conditions where time and clarity are critical.
The form was developed to support both vertical and horizontal use, allowing flexibility depending on the scenario. Particular attention was given to ergonomics, ensuring the device remains comfortable and stable in hand despite its compact size.
Overall, the project focused on balancing functional constraints with a clear and restrained design language, resulting in a product that is straightforward to use and adaptable across different environments.
