Advancing Intelligent Product Design: Integrating Parametric Language and Digital Health Concepts in Biotechnology

Abstract

This study explores the innovative integration of digital health concepts with parametric design techniques in the development of intelligent products, specifically focusing on home appliances. By employing parametric skin design, this research enhances the aesthetic and functional aspects of product design, exemplified through the application to intelligent speakers. The study elaborates on the adaptation of parametric design methodologies to skin design for home appliances, deriving a universal design process that incorporates traditional motifs from flora and fauna to innovate product aesthetics. The effectiveness of this design approach is empirically validated through usability tests on the newly designed smart speakers. Key metrics such as task completion rates, error rates, time efficiency, and user satisfaction were analyzed. Results indicate a high task completion rate of 92.3%, with a usability score of 86.3, classifying it within an excellent range. Additionally, the product scored well in terms of ease of use and learning, confirming its potential in the commercial biotechnology market. This approach not only demonstrates the practical applicability of combining digital health and parametric design but also suggests a scalable model for enhancing user interaction and satisfaction in intelligent product design.