Bio-inspired design process

AR enables designers to explore biological structures in three dimensions, facilitating a deeper understanding of form-to-function relationships. For instance, interactive AR models allow real-time manipulation, aiding in abstracting key principles such as energy efficiency, hydrophobicity, or adhesion. This capability aligns with findings that AR can significantly enhance the design process by providing intuitive and tangible interactions with virtual models (Shin et al.,2013).

Dynamic Simulations of Natural Processes
Through AR, designers can simulate natural processes like photosynthesis or fluid dynamics within biological structures, observing system functions under various conditions. This dynamic simulation offers insights into transferring biological principles to technical or architectural designs, as AR supports complex data visualization and interaction, crucial for collaborative design tasks (Nilsson et al.,2008).

Strengthened Collaboration and Ideation
AR provides a shared visual platform that enhances interdisciplinary collaboration among biologists, engineers, and designers. Real-time interactions and simulations help align perspectives and terminologies, ensuring a smoother transition from biological principles to technical applications. Research indicates that AR systems can create unique collaborative experiences by allowing users to interact with shared 3D virtual objects, thereby facilitating effective communication and idea exchange (Lukosch, 2015).

Interactive Prototyping and Feedback
Utilizing AR tools, designers can prototype bio-inspired solutions virtually and test them in simulated environments. This approach reduces the cost and time associated with physical prototyping and allows for iterative improvements based on immediate feedback. Studies have shown that AR can support collaborative design sessions effectively, enabling multiple participants to view and interact with AR-enhanced models concurrently (Giunta, 2022).

Investigating Spatial Augmented Reality for Collaborative Design Giunta, L. (Author). 22 Jun 2022.