Decoding Nature for Design 

Research by Sunial Sharma & Prof. Prabir Sarkar in Bioinspired Design

Bioinspired Design and Design Knowledge Representation focuses on learning from nature and applying natural principles to develop innovative engineering solutions. Nature has developed efficient ways to solve complex problems, such as self-cleaning surfaces, lightweight structures, and adaptive systems. 

Our  research in this domain explores how these natural ideas can be understood, organized, and used effectively in product design. A major challenge in bioinspired design is that biological information is scattered across scientific sources and is often difficult for designers to use. This research develops methods to collect, organize, and represent biological knowledge in a simple and structured way so that designers can easily apply it during the design process. Approaches such as the 6W Framework, Concept Mapping, and Zachman Framework-based knowledge representation help describe biological systems in terms of their structure, function, behaviour, and working principles. These methods convert complex information from nature into useful design knowledge for engineers and designers.The research also uses visual tools such as concept maps to show relationships between biological concepts and design ideas, helping designers generate new solutions inspired by natural systems. The development of knowledge frameworks further supports better communication and knowledge sharing among researchers, designers, and innovators.Overall, this research connects nature, design, and engineering by transforming biological knowledge into practical design solutions. It supports the development of sustainable, innovative, and user-focused products inspired by the intelligence and efficiency of natural systems.