Integrating Biomimetic Design and Virtual Reality Technology in Commercial Exhibition Space Design: A Biotechnological Approach

Abstract

This paper investigates the integration of biomimetic design and virtual reality technology in the creation of commercial exhibition spaces, emphasizing the role of biotechnology in enhancing design innovation. Initially, the study explores a cell-like biomimetic design method for commercial exhibition spaces, analyzing the parallels between cellular structures and the operational dynamics of exhibition environments. The research then delves into the application of emotional biomimetic design, utilizing imitation and borrowing from natural biological forms to craft exhibition spaces that evoke emotional responses and are engaging and intuitive. The study proposes an intelligent, immersive experience for commercial display spaces by combining these biomimetic principles with virtual reality technology. The bionic virtual space design's effectiveness is assessed based on ease of use, comfort, and enjoyment. Results indicate that the environmental adaptability of the bionic virtual design scores an average of 1.63, the environmental authenticity scores an average of 0.75, and 85.5% of participants provide positive evaluations of the overall environment. These findings demonstrate the effectiveness of integrating biomimetic design with virtual reality technology in creating dynamic and engaging commercial exhibition spaces.