2026 | Professional

MUSE Design Awards Silver Winner

CANEST: Circular Bio-Composite Nomadic Furniture System

Entrant

Tsinghua University

Category

Conceptual Design - Student Design

Client's Name

Beijing Qilinglu Culture Media Co., Ltd.

Country / Region

China

About The Entry

CANEST is a regenerative, bio-based nomadic furniture system engineered for the highly fluid lifestyles of modern urban renters and their companion animals. In contemporary cities, frequent relocations generate a silent environmental crisis: vast quantities of cheap, short-lived furniture discarded due to difficult transport and structurally fragile particleboards bound with synthetic resins. CANEST introduces a transformative alternative—a healthy, infinitely adaptable furniture ecosystem designed to evolve with its user rather than being left behind.

At the heart of CANEST is a commitment to radical bio-material circularity. The system transforms low-value agricultural by-products—sugarcane bagasse and corn cobs—into high-performance structural panels with a tactile, organic aesthetic. Eliminating petroleum-derived adhesives entirely, CANEST utilizes refined natural lacquer (Urushi) as a dual-action bio-binder and protective coat. This ancient, bio-based coating yields a zero-VOC, antimicrobial, and moisture-resistant finish, establishing a completely non-toxic indoor haven safe for close human contact and pet interaction.

Designed for spatial efficiency in compact rental apartments, CANEST seamlessly integrates essential daily living functions—a desk, seating, and storage—while embedding intuitive micro-environments for pet rest, exploration, and play. Its tool-free, mortise-and-tenon interlocking structure allows effortless assembly, swift disassembly, and ultra-compact flat-pack transport. Individual components can be easily repaired, upgraded, or reconfigured to fit shifting interior layouts across consecutive homes.

By converging waste upcycling, natural material science, hardware-free assembly, and human–pet co-living, CANEST establishes a forward-looking conceptual framework for sustainable urban domesticity. It demonstrates how future interior products can achieve total circularity without compromising physical performance, spatial adaptability, or emotional resonance.

Credits

Team Lead
Peizhang Yang
Team Lead
Yefan Liu
Peng Qin
Ziqi Wei
Anmei Linshi
Qiying Gao
Jiahao Li
Chenyu Xiao
Bowen Yao
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