THE GOLDEN CHAIR GOLDEN

GOLDEN CHAIR GOLDEN RATIO WOOD METAL 05

FABRICATION DETAILING DESIGNING CRAFTSMANSHIP

As part of the"Golden Harmony Collection" by AUREA ERGONOMICS, the project involved creating a chair that harmonized aesthetics, comfort, and functionality, guided by the golden ratio and ergonomic principles. The challenge lay translating a theoretical design into a tangible product that balances these principles while ensuring practical usability and durability. This required precise execution, innovative problem-solving, and a strong understanding of materials, tools, and construction techniques to achieve structural integrity and visual harmony. Maintaining adherence to the golden ratio throughout the process added complexity, emphasizing the importance of attention to detail in every phase.

The goal was to fabricate a chair adhering to the golden ratio grid while aligning with the natural contours of the human body. The design demanded precise proportions to achieve visual and physical balance, optimal ergonomic support, and seamless integration of materials, including Baltic Birch plywood and steel components. Achieving these goals required harmonizing theoretical design principles with real-world fabrication challenges. The final product must embody the collection's philosophy of blending timeless design concepts with contemporary functionality, creating an artistically compelling and convenient piece.

Fabrication began with material preparation. Plywood and steel components were cut to approximate sizes using a table saw and plasma cutter, leaving room for adjustments and a laser-cutting machine.

Flexibility played a crucial role. When challenges arose—such as achieving seamless joints between materials— adjustments were made to dimensions or components without compromising the integrity of the design.

They shaped wooden elements, ensuring curves and angles aligned with the golden ratio. Steel components were shaped with a metal cold saw and welded into a supportive frame using a metal welding machine.

Due to the chair's contours and ergonomic needs, I required iterative measurements and adjustments, utilizing a level and tape measure to ensure balance and precision.

The completed chair successfully combined aesthetics and comfort. Its ergonomic design provided excellent support in various sitting positions. At the same time, the golden ratio proportions created a prioritized precision, with all pieces meticulously sanded to refine edges and achieve a smooth finish. During assembly, clamps and wood glue secured the wooden parts, reinforced by connector bolts and nuts for stability. Align visually harmonious appearance. This project highlighted the importance of bridging design theory with practical execution, emphasizing the need for precision, adaptability, and problem-solving