“Crusoe Processing Plant” Cultural and Creative Product Design

• 발행기관: Korea Institute for Humanities and Social Sciences
• 저자명: Yongqi Jiang Qifu Wang Zhiming Huang
• 간행물 정보: 『PROCEEDINGS of the International Conference on Cultural Integration and Artistic Innovation』Vol.1, 164~173쪽, 전체 10쪽
• 주제분류: 인문학 > 기타인문학
• 파일형태: PDF
• 발행일자: 2024.12.31

국문 초록

This study focuses on the design of cultural and creative products for waste classification and resource recycling, providing design reference for the design process and methods of subsequent development of cultural and creative products, and aims to enhance the publics attention and participation in environmental issues through innovative design. Using the methods of field investigation, market research and literature research, this paper analyzes the online display and market status of garbage classification cultural and creative products, and reveals the problems such as serious market homogenization, uneven design level and insufficient innovation. The study analyzes the recycling process of four types of garbage in detail, and uses 2. 5D illustration technique to enhance the attraction and educational significance of garbage classification information. Through APP user experience design and diversified cultural and creative product development, the products not only promote the popularization of garbage classification knowledge, but also contribute to the sustainable utilization of resources and the improvement of public awareness of environmental protection. The results show that the design of cultural and creative products combined with 2. 5D illustrations can effectively improve the public awareness of garbage classification and is of great value to promoting green and sustainable social development.

목차

1 Introduction

2 The Current Situation and Problems of Environmental Protection Theme Cultural Creation

3 Research Framework and Innovation

4 Design Practice

5 Conclusion

References

키워드

garbage classification resource recycling cultural and creative product design 2. 5D illustration technique