Sustainable design: Circular innovation design method under process reengineering

Abstract

The theory of sustainable business process reengineering has been widely applied in various disciplines and has achieved outstanding results. The theory is used to the research of product innovation design method in this work, and the entire process of product innovation design method is reshaped, bringing new development and new direction for product innovation design. Redesign processes in line with societal trends and in a sustainable direction. Furthermore, it may effectively address the inadequacies of conventional design methodologies during the application process. Then, increase corporate efficiency in order to accomplish significant improvements in enterprise cost, quality, service, and speed. The study applies the systematic induction method, research analysis method, and other comprehensive research methods to analyze and study the existing design process and method, as well as excavate the shortcomings and limitations that exist in the process's application of the existing design method. Based on the BPR theory, the sustainable innovation design method for full chain products is divided into five design processes: scenario implantation, requirement extraction, functional determination, structural optimization, formal innovation, and material selection. In addition, the feasibility and accuracy of this method are verified through lifesaving equipment cases. Secondly, three principles for sustainable product innovation design were proposed. On the one hand, products made by designers and college students can truly meet customer needs, generate disruptive innovative designs, and improve the market competitiveness of industrial products. On the other hand, design is no longer a single stage, but a complete, systematic, and comprehensive set of design processes aimed at improving design efficiency and achieving sustainable product development.