Enhancing Urban Architectural Interior Design through Biotechnological Innovations in Virtual Reality Technology

Abstract

This paper investigates the integration of bionic concepts and virtual reality (VR) technology in urban architectural interior design to enhance design quality and user experience. Initially, the study explores the application of bionics in interior design, focusing on the principles, classification of bionic forms, and influencing factors. Subsequently, the methods and practical applications of VR technology in interior design are examined, covering aspects such as decorative modeling, scheme selection, and 3D modeling. The paper includes examples of bionic objects used in upholstered homes, detailing their classification and implementation techniques. Finally, the study assesses public satisfaction with VR experiences and the impact of bionic design on physical and mental well-being. Results indicate that the highest satisfaction rate is for the switching of decorative elements at 98%, followed by spatial continuity and immersion at 94%. Additionally, over 70% of respondents believe that bionic design significantly affects the human body and mind. This research offers new insights and methods for urban architectural interior design, validating the feasibility and effectiveness of combining bionic concepts with VR technology through theoretical analysis and practical case studies. This aligns with the Journal of Commercial Biotechnology's focus on applying biotechnological innovations to enhance various industries, including architecture and interior design.