Product design with integration of Kansei engineering and TRIZ to promote sustainable tourism

Abstract

In the last few decades, tourism has grown and developed yet it brings negative impacts on the environment and society, especially related to garbage problems that strongly depend on human behavior. The present study aimed at identifying factors that trigger tourist to litter and to preserve cleanliness, namely negative attributes and positive attributes. Important attributes were obtained through Pareto diagram and used to generate product design. To specify the design, Kansei Engineering Type I and TRIZ were applied. Important negative attributes (NA1, NA2, and NA3) and positive attributes (PA1, PA2, PA3, PA4, PA5, PA6, and PA7) generated attractive product design, i.e., trash bin and appeal board that will attract the tourist because of the uniqueness and moving objects. Furthermore, the collected Kansei words, i.e., unique, innovative, safe, and noticeable, which were applied to develop the specification of the product. Lastly, TRIZ was applied to solve the contradiction between shape and durability, hence principle 26 and 25 were employed.

Kansei Engineering Modeling for Getuk Goreng Packaging Innovation Based on Social Media Trends

“…Accordingly, then considered more than sufficient to represent the expected model. Even some previous research related to kansei such as research on cramic souvenir design involved 40 respondents [16] and design development to improve sustainable tourism which collected data from 143 respondents [17]Then, the data generated from the respondents were analyzed multivariately using Factor Analysis (FA) and PLS (Partial Least Square) with XLStat 2020. Results of both were used as the basis to design the development of Getuk Goreng ecofriendly packaging which had the possibility of being applied.…”

A TRIZ-Inspired Conceptual Development of a Roof Tile Transportation and Inspection System

“…The TRIZ aids in identifying and codifying universal principles of creativity to make the creative process more predictable [16]. The TRIZ has been employed more frequently in various Indonesian industries and sectors, such as the food industry, healthcare industry, electronics industry, and transportation [17][18][19][20][21]. Several researchers have also successfully integrated the use of TRIZ tools with other methods, such as Kansei engineering, lean approach, environmentally conscious quality function deployment (ECQFD), and design thinking [17,18,20,22].…”

“…The TRIZ has been employed more frequently in various Indonesian industries and sectors, such as the food industry, healthcare industry, electronics industry, and transportation [17][18][19][20][21]. Several researchers have also successfully integrated the use of TRIZ tools with other methods, such as Kansei engineering, lean approach, environmentally conscious quality function deployment (ECQFD), and design thinking [17,18,20,22]. The TRIZ is a versatile, innovative method that has been used in manufacturing and production for continuous improvement [23] in numerous industries in Korea [24] and in education to enhance students' and educators' problem-solving skills [25].…”