Skip to main content Skip to navigation

HOPE DESK

Hope Desk is a flat-pack, eco-friendly desk-and-chair set designed to provide children in underserved areas with ergonomic, rapidly deployable learning furniture.

  • Children using Hope Desk in refugee camps to support posture and improve learning conditions.

  • Demonstrates how Hope Desk is assembled, used, and deployed to improve learning in refugee camps.

    Demonstrates how Hope Desk is assembled, used, and deployed to improve learning in refugee camps.

  • Overview of global refugee learning issues and Hope Desk’s role in improving study conditions.

  • Hope Desk’s dimensions, sustainable materials, and compact packaging for mass delivery.

  • Tool-free assembly process of the desk using slot joints and recyclable parts.

  • Step-by-step chair assembly using paper tubes and locking structure for quick setup.

What it does

Hope Desk is a modular, flat-pack desk and chair set made from recycled materials. It solves the lack of proper study furniture in refugee camps by offering ergonomic support, easy assembly without tools, and mass deployability in low-resource settings.


Your inspiration

The idea began when I saw a UN report showing children in war-torn and disaster-affected areas, sitting curled up on the ground, trying to study without desks or chairs. That image deeply moved me. It reflected not only the loss of shelter but also the lack of educational infrastructure. I wanted to design a solution that could be flat-packed, quickly deployed, and give children ergonomic support even in temporary shelters or refugee camps. Hope Desk was born from the belief that every child deserves a dignified space to learn, regardless of circumstances. It aims to restore normalcy, confidence, and hope through thoughtful design.


How it works

Hope Desk is a lightweight desk and chair set made from recycled cardboard, paper tubes, and bio-based plastic. The components are flat-packed for efficient transport and can be assembled by one person without tools in under five minutes. The design uses a slot-and-lock structure that allows the parts to interlock securely while maintaining rigidity. The chair and desk are sized for children aged 6 to 12 and follow ergonomic standards to support correct posture. Once assembled, the desk and chair provide stable support for writing and reading. The materials are durable enough to last through extended use but are fully recyclable when damaged. The design also allows the sets to be stacked compactly for mass delivery to refugee camps or disaster relief areas.


Design process

The design started from observing images and reports released by the UN, which showed children in refugee camps and disaster zones studying without basic furniture—often sitting on the ground. I reflected on how a lack of desks and chairs not only affects posture but also a child’s dignity and focus. My first concept was a simple foldable desk, but it lacked structural integrity. I began experimenting with recycled cardboard and paper tubes, creating multiple rough prototypes. Through repeated testing, I explored slot-and-lock joints to improve stability, ease of assembly, and stackability for mass deployment. I iterated the proportions based on standard ergonomic data for children aged 6–12, adjusted the locking structure to work without tools, and added waterproof coating to increase durability. Each version improved based on material behavior and user-scenario thinking. The final design can be flat-packed, assembled by one person in under five minutes, and supports everyday learning activities with strength, comfort, and dignity.


How it is different

Unlike conventional classroom furniture, Hope Desk is designed for emergency contexts such as refugee camps and disaster-relief areas. Most existing desks are bulky, require tools for assembly, or are too costly for large-scale donation. Hope Desk solves these issues with a flat-pack design that allows over 100 sets to be shipped on a single pallet. It requires no tools, can be assembled by one person in under five minutes, and follows ergonomic standards for children aged 6 to 12. While lightweight, the structure is reinforced for durability and coated for water resistance. Unlike plastic or metal options, it uses recycled cardboard, paper tubes, and bio-based plastic, making it sustainable and affordable. Modular components can be repaired or replaced individually, extending product life and reducing waste. The design uniquely balances cost, portability, structural safety, and user dignity—filling a gap where traditional furniture fails to reach.


Future plans

The next step is to improve material durability and test the product in real-world settings through pilot programs with NGOs and educational organizations. I aim to refine the design based on user feedback and explore biodegradable coating options to enhance sustainability. Mass production and distribution strategies will be developed to make the product accessible to areas affected by war, displacement, and natural disasters. In the long term, I hope Hope Desk can become a standardized learning solution for emergency education—empowering children with a dignified space to learn, no matter their circumstances.


Awards


End of main content. Return to top of main content.

Select your location