A Flat-Pack Stool That Makes Learning Hands-On
Impact numbers
- Crop waste diverted from burning - 10.6 kg
- Income for rural communities - ₹53
- Emissions reduced - 16 kgs
What if a stool could be more than just a place to sit? Made using BIOMEBOARD™, this flat-pack stool combines thoughtful design, simple joinery and the natural texture of agricultural crop residue.
Designed for easy assembly and portability, the stool features two interlocking legs that form a cross-shaped support, with a circular seat that fits into the opening at the top. Its simple construction allows it to be disassembled into flat components, making it easy to carry, transport and store.
Beyond furniture, the stool offers an opportunity for hands-on learning. We have been showcasing it to schools to encourage children to explore how materials, joinery and design come together to create everyday objects. Its distinctive, straw-like texture also opens up conversations about agricultural waste and how it can be transformed into useful products.
By combining an alternative engineered material with functional, flat-pack design, the BIOMEBOARD™ stool demonstrates how everyday furniture can inspire curiosity about making, materials and more thoughtful design.
FAQs
The stool is made using BIOMEBOARD™, an engineered board manufactured from agricultural crop residue, including rice and wheat straw.
Its two legs interlock to form a cross-shaped support, while the circular seat fits into the opening at the top. The components can be separated for easier transport and storage.
Yes. It can serve as functional furniture and a hands-on learning aid, helping children explore joinery, assembly, product design and alternative materials.
What is BIOMEBOARD™?
BIOMEBOARD™ is an engineered board made using agricultural crop residue, developed as an alternative material for wood-based applications in furniture and interiors.
Its combination of agricultural-residue-based material, interlocking joinery and flat-pack construction makes it a practical example of how material innovation and thoughtful design can work together.