JT

Description

BinVisible

university diploma
2023-2024
research
3d modeling / visualisation
urban design
product design

The “Binvisible” diploma project aims to have a positive influence on the cityscape; and that through every single passer-by. While the cityscape is influenced by many factors that are beyond the control of passers-by, one relevant factor is urban littering. “Binvisible” is a litter bin system for public spaces that aims to do two things: On one hand, to reflect the identity of the place by sampling the surroundings and thus, while not invisible, to become part of the place without standing out in particular. On the other hand, it is the visibility of the function that shows passers-by – even in a hurry – that the rubbish should be thrown away at that bin and not on the street.

Based on this, a two-part litter bin was developed: The upper, visible section, into which the rubbish is thrown, picks up on patterns, colors and shapes that people can subconsciously recognize and allocate. The lower part, on the other hand, is designed in such a way that it visually blends in with the surroundings or presents the identity of the environment. Through the choice of colors and materials, this area blends seamlessly into the cityscape, while the use of familiar, location-based symbolism, images or art reflects the values of the place and its culture. This way it can be invisible and visible the same time.

There is a focus on ease of use for waste disposal personnel and their work planning; integrated fill level sensors provide an up-to-date status, which in turn contributes to route and location optimisation and creates valuable insights. A simple but robust design and good repairability ensure that the waste bin is cheaper to purchase and can remain in use for a long time.

APPROACH

Problem

The issue at hand is that public trash cans often fail to integrate aesthetically into their surroundings and are inefficiently designed. This leads to a degradation of urban landscapes and ineffective resource utilization. Additionally, there is a lack of clear communication of their function and ergonomic design that caters to both users and waste management personnel.

Focus

The focus was on developing a trash can system that is both aesthetically integrated into its environment and functionally designed. It should reflect the identity of the location while clearly communicating its purpose. Another key focus was the integration of technologies to optimize waste management processes.

solution approach

The trash cans were designed to blend into their surroundings through material and color choices, incorporating architectural elements and local symbols to foster a sense of place. Simultaneously, the design ensured that the function remained clearly visible.
Ergonomic and Functional Design: The design prioritized user-friendliness and efficiency for waste management. Affordances like sloped surfaces prevented objects from being placed on top, while emptying was made simple and ergonomic.

 

Features such as fill-level sensors were incorporated to optimize collection cycles and gather valuable data on usage. This information can be used to further improve infrastructure planning and efficient allocation of resources.

By combining aesthetic integration, ergonomic design, and technological innovation, a trash can system was developed that positively impacts urban landscapes while enhancing the efficiency of waste disposal.