Furniture and sustainability

This thesis examines the evolution of furniture design through the lens of sustainability, tracing the historical development from ancient civilizations to contemporary flat-pack innovations. Drawing from my Ghanaian heritage and expertise in 3D design, I explore the intersection of traditional craftsmanship and modern technology in creating environmentally responsible furniture pieces. The research illuminates how furniture has consistently adapted to human needs while reflecting technological capabilities of different eras—from Egyptian tables with animal legs to IKEA's revolutionary flat-pack approach.

Through practical design executions, I demonstrate how contemporary design aesthetics can be integrated into forward-thinking furniture while maintaining a commitment to sustainability. My first design employs CNC technology to create a briefcase-inspired flat-pack furniture piece with an integrated handle cutout that serves both functional and aesthetic purposes. The second design combines digital planning with traditional woodworking techniques to produce a hexagonal stool featuring contrasting walnut and ash wood. Both pieces show the harmonious balance between form and function while prioritizing sustainable materials and production methods.

This thesis addresses the challenges facing design students and startups in incorporating sustainable materials, including higher costs, learning curves, and shifting certification standards. By working with natural woods like birch, ash, and walnut, I demonstrate that affordability can be paired with sustainability when supported by both traditional joinery techniques and computational design software. The research highlights the opportunities and responsibilities designers face in utilizing emerging technologies not merely for efficiency but to address critical environmental issues.