Application of repurposing in design education within the framework of sustainable design approach

Abstract

The development of the sustainability concept began primarily in the European continent. Its integration into lifestyles and with it, the increase of social awareness, were formed with the contributions of various NGOs. In this context, we see the contribution of integrating sustainable design principles into the academic program. The factors that are important in sustainable design such as lower usage of raw materials, environmentally friendly materials, convenience in production and assembly, energy consumption, and ease of recycling are conveyed to the students through various courses in the academic program. A case study was carried out to analyze the transfer of sustainable design principles to the education process and its implications. This research was carried out in three stages: creating a theoretical framework, fieldwork, and practical work with students who attended the Sustainable Design course. According to the results students create new designs before recycling waste products within the scope of repurposing concept. Keywords: Repurposing, sustainability, industrial design, education, application

Integrating Renewable-Based Solar Energy into Sustainable and Resilient Urban Furniture Coupled with a Logical Multi-Comparison Study of Cyprus and Saudi Arabia

“…This solar tree was showcased during a design week in front of MAK, a contemporary art museum in Vienna that operates on solar energy. The solar energy is harvested from a photovoltaic system and used to power LED lighting, with the goal of reducing environmental impact ( [18]. Additionally, a hypothetical solar-powered project is the "Mango" design by [19] Adam Miklosi, (2012) which took inspiration from India's heavy monsoon rains and brilliant sunlight.…”

“…Additionally, a hypothetical solar-powered project is the "Mango" design by [19] Adam Miklosi, (2012) which took inspiration from India's heavy monsoon rains and brilliant sunlight. This architectural idea intends to capture and use rainfall for drainage while also capturing solar energy through leaves like those on a mango tree [18].…”