ISHRAQ
Multidisciplinary Designer
PROJECTS
1. VOWD
Other
2. HeartStone
3. Exert Platforms
4. Dissolution
5. LiDAR Try-On
6. Performing Arts Center
7. Q-Uniform
8. SERO Mask
9. California Wildfire
10. Raccoonada
ABOUT
Resume
Films
Inspirations
SERO Mask
Futuristic Wearable Design
Role
Product Designer, Creative Designer
Team - Ishraq Ashtarian, Nicholas D'Angelo, Nanwei Cai, Oliver Hoegh
SERO Mask is a conceptual project for a futuristic wearable design. Driven by the limitations of swab tests, which are often uncomfortable and can cause significant delays in receiving COVID-19 results, this mask integrates advanced technology to provide a convenient solution. The SERO Mask not only serves as a high-grade protective face mask with advanced filtration systems but also features an embedded CRISPR-powered sensor. This technology allows for immediate, on-the-go testing directly through the mask, with results displayed clearly on an LED indicator. This cross-disciplinary approach merges wearable design, biological detection, and intelligent communication, providing a streamlined process that minimizes the risk of transmission and offers peace of mind to health-conscious individuals, frontline workers, and travelers.
This project was a unique exploration into the convergence of industrial design, advanced biology, and user experience. The primary takeaway was the profound challenge and necessity of creating a cross-disciplinary solution that is both technologically sophisticated and intuitively human-centered. I learned that designing a product with such a critical function—health and safety—requires an unwavering focus on clarity and reliability, from the unambiguous LED indicator to the comfort of the materials. It taught me how to conceptualize a complex system where the physical form of the product (wearable design) directly enables its cutting-edge function (CRISPR detection), all while ensuring the user's peace of mind remains the top priority.
Moving forward with the SERO Mask concept, several key steps would be essential for its development:
- Sensor Miniaturization & Integration: The core challenge is advancing the conceptual sensor technology. This would involve focused research and development to miniaturize the CRISPR-based sensor to a size that can be seamlessly and safely integrated into the mask's form without compromising its filtration or wearability.
- Prototyping & Usability Testing: Extensive prototyping would be crucial to test for comfort, breathability, and fit. This would involve wearability testing with various users to ensure the design is ergonomic and suitable for prolonged use by the target audience, including frontline workers and travelers.
- Refined UI/UX: Further development would focus on refining the LED indicator to be as clear and unambiguous as possible. This includes designing a simple visual language—such as a specific color change or blinking pattern—to communicate positive, negative, or test-in-progress results instantly and effectively.