Prototype Work In Progress

Observe:

Having moved into Stanford for about 5 days, I have struggled every single day when climbing onto my bed. The bed is positioned in a manner where it is slightly too high for me to comfortably hop onto (speaking as a 6ft male). It is agitating as after a long day of school and work, the last thing I want is to hoist myself onto my bed before being able to rest. This becomes even more complicated if I choose to take a nap throughout the day, as taking a break becomes a psychological exercise of anger management towards an inanimate object. My conclusion therefore is to create a drawer-staircase combination for dorm rooms that would completely resolve my pain point while delivering utmost comfort.

Define:

There are two main items to define.

1. Drawer - A space that provides efficient storage for items of all sizes and clothing.
2. Staircase - Supported and elevated steps that make getting to higher places easier.

However, we should keep in scope the unique capabilities of drawers that exist within the dorm room.

1. They are comparatively small to save space.
2. They are made of wood and metal.
3. They come mostly standardized in size.
4. They have to be stable and easy to use.

Ideate:

My first idea was to create a drawer from a staircase. This would look like having drawers embedded within the steps of a staircase, being able to store different items within the actual steps of the stairs. However, I soon realized that not only did this product already exist, but possess a few pain points.

1. There is less storage compared to just a drawer.
2. It is usually built for kids.

That made me realize that to innovate something truly distinguishable means becoming disruptive. I therefore went back into my imagination and created the following Build-Your-Own Dorm Toolkit.

Sketch:

Concept Story:

The idea is that it operates like a Lego set that the consumer can piece together. Instead of it coming pre-built, each component can be assembled and reconfigured to suit individual preferences and room layouts, providing a customizable and efficient use of space. When stacked together, it functions like both a drawer and a staircase as it provides a firm footing for individuals to step upon.

Crafted from reclaimed wood and recycled metal, the toolkit aligns with the growing demand for eco-friendly products. The use of carbon-neutral manufacturing processes and non-toxic finishes further enhances its environmental credentials.

Human Centered:

The Build-Your-Own Dorm Toolkit not only resolves practical challenges faced by college students but also promotes sustainability in everyday living. Its modular design, sustainable materials, and customizable configurations make it an ideal solution for modern dormitories. This project serves as a wake-up call to the furniture industry, highlighting the importance of integrating sustainability and user-centered design in product development.