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Fluoria

Department of Industrial Design, Chaoyang University of Technology

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四點設計 Contact to Fluoria for cooperation

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According to the 2024 Global E-Waste Monitor published by the International Telecommunication Union, global electronic waste reached 62 million metric tons in 2024. However, recycling systems and capacity remain insufficient, with only 22.3% properly collected and processed. Among e-waste, discarded screens and monitors alone account for 5.9 million tons, highlighting a significant gap in effective recovery and circular management.

We began by focusing on discarded computer monitors, reclaiming the polarizing films, brightness enhancement films, and metal components as materials. By stacking these films and securing them with clamps made from processed metal parts extracted from e-waste, we transformed them into modular optical units. These modules can be freely assembled, expanded, and reconfigured as needed, forming a lighting structure that is flexible and highly adaptable.

Actual photos of the work Actual photos of the work Assembly Process Material and Modularization Introduction

Grow free

Department of Creative Design, National Yunlin University of Science and Technology

The visual design focuses on the prevention of inhaled allergies in children, primarily using diet and living environment as entry points. The aim is to spread awareness about prevention strategies for those in need, emphasizing comprehensive dietary adjustments and environmental improvements to reduce the incidence of allergic diseases and collectively create a clean future where we can breathe freely.

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