When designing products, designers look to nature for inspiration, exploring non-traditional approaches to problem-solving and formal treatments as a starting point for understanding and analyzing the engineering principles that underpin certain natural formal structures. Consequently, computer programs have to be used to figure out a new way to support this, leading to the development of new design techniques that rely on computer techniques. One of the most cutting-edge modern design trends is parametric design, which is based on computer programs. This notion is seen as an introduction to a brand-new platform for showcasing original, imaginative concepts. Its traits demonstrate how using parametric design has affected the design. With the need to comprehend the applications of parametric modeling techniques in design and strive to find alternatives and unconventional solutions to design and implementation problems, these methods do not adequately assist the novice designer in dealing with contemporary aesthetic, creative, and operational variables with ease and flexibility. Thus, the goal of the research is to clarify design ideas. Utilizing the foundations of parametric design to solve design problems and codify and deconstruct complex design elements by utilizing concepts inspired by natural sources, parameters, and their many possibilities and roles in enhancing the creative and innovative aspects of design can unleash the horizons and visions of designers and help them come up with novel solutions. With the integration of some other theories that carry some principles in common with barometric design, it is a theory Some of the most significant theories include fractal geometry and gradual modulation, which are ways of generation and gradual modulation that are most similar to contemporary approaches that are consistent with natural creations, by analyzing some mathematical forms from natural sources and tracing their structural systems and how to take advantage of it to create fresh, current design solutions . In the framework of the presumption that using the principles of parametric design and shapes inspired by natural sources helps in codifying design education to reach the development of design students' thought.
Nature Inspiration, Products Design, Parametric Design, Fractal
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