Trasure

Trasure

Designing a Personalized Trash Segregation System

UX Design

Wireframing

Prototyping

User Research

Responsibilities

UX Designer

Timeline

10 Weeks

Results

4.5/5 Usability Score

Trasure helps people…

Segregate their trash correctly.

Learn about the city's trash rules.

Nurture a habit of correctly recycling.

Designed for the everyday users doing their part for the environment.

Click to see the Design Persona

Researched with a focus on understanding the barriers to correct segregation

Observations -

  • Once an item has been trashed into a bin, correctly or incorrectly, no one segregates or corrects the trash, due to health risks and labor rules and regulations.



  • Multiple segregation methods exist for recycling and composting elements, but none are there for landfill items.

Finding: Users are motivated to dispose of their trash responsibly, yet there's a clear gap in understanding proper segregation methods.

Observations -

  • More than half of the students threw the trash in the wrong bin



  • Despite taking the time to read the labels placed around the trash bins, students still threw the objects in the wrong bin



  • Few students displayed a sense of gratification after throwing their trash

Finding: Users are motivated to dispose of their trash responsibly, yet there's a clear gap in understanding proper segregation methods.

Observations -

  • Difference in trash practices between one’s hometown and city of Seattle increased the effort to learn segregation practices.



  • Social shame and peer pressure were motivators for learning about correct trash segregation practices.



  • Participants felt overburdened by the information needed to learn in order to segregate trash correctly.

Finding: The complexity and abundance of segregation rules challenge correctly practicing trash disposal.

Observations -

  • Once an item has been trashed into a bin, correctly or incorrectly, no one segregates or corrects the trash, due to health risks and labor rules and regulations.



  • Multiple segregation methods exist for recycling and composting elements, but none are there for landfill items.

Finding: Users are motivated to dispose of their trash responsibly, yet there's a clear gap in understanding proper segregation methods.

Observations -

  • More than half of the students threw the trash in the wrong bin



  • Despite taking the time to read the labels placed around the trash bins, students still threw the objects in the wrong bin



  • Few students displayed a sense of gratification after throwing their trash

Finding: Users are motivated to dispose of their trash responsibly, yet there's a clear gap in understanding proper segregation methods.

Observations -

  • Difference in trash practices between one’s hometown and city of Seattle increased the effort to learn segregation practices.



  • Social shame and peer pressure were motivators for learning about correct trash segregation practices.



  • Participants felt overburdened by the information needed to learn in order to segregate trash correctly.

Finding: The complexity and abundance of segregation rules challenge correctly practicing trash disposal.

Observations -

  • Once an item has been trashed into a bin, correctly or incorrectly, no one segregates or corrects the trash, due to health risks and labor rules and regulations.



  • Multiple segregation methods exist for recycling and composting elements, but none are there for landfill items.

Finding: Users are motivated to dispose of their trash responsibly, yet there's a clear gap in understanding proper segregation methods.

Observations -

  • More than half of the students threw the trash in the wrong bin



  • Despite taking the time to read the labels placed around the trash bins, students still threw the objects in the wrong bin



  • Few students displayed a sense of gratification after throwing their trash

Finding: Users are motivated to dispose of their trash responsibly, yet there's a clear gap in understanding proper segregation methods.

Observations -

  • Difference in trash practices between one’s hometown and city of Seattle increased the effort to learn segregation practices.



  • Social shame and peer pressure were motivators for learning about correct trash segregation practices.



  • Participants felt overburdened by the information needed to learn in order to segregate trash correctly.

Finding: The complexity and abundance of segregation rules challenge correctly practicing trash disposal.

Focused on tackling the challenge of cognitive load

Wants to segregate trash correctly, but the complexity of the rules is confusing.

The rules are so confusing.

Some items can be recycled, if clean and not if they are even a little bit wet?

It's one rule in one county, but different rules in a different county.

I would rather be rewarded than punished when practicing trash segregation

I have been called out for wrong practice before.

Sometimes, I dont know where the trash goes

The rules of segregation are so different from the rules of my hometown.

Considers the segregation rules as weak when compared to the rules in his hometown.

The bin designs are inconsistent and the rules are so confusing.

Public trash cans are so confusing with their signs and visual suggestions.

While brainstorming guided us towards great ideas.

Our final solution was built on 3 key principles.

The design should educate and inform the user on proper trash disposal guidelines at the right time

The design should NOT take away the act of trash segregation from the user via automation

The design should take minimal time & effort to gain knowledge about trash disposal

Trasure

Your Personalized Trash Segregation System

Salient Features

Automatic information of recent purchases

Designed as per the guidelines of the city the user lives in

Visual first design to allow for quick use when outside

Personalized real-time update of one's trash impact

Usability - 3 important needs

Need 1: Users wanted to track their data and find patterns or suggestions

Solution: A dedicated “Profile” section was created where users could track their monthly impact and get recommendations on how they can lower their carbon emissions based on their purchasing habits.

Need 2: Keep it simple and snoozy

Solution: We simplified the homescreen to a simple single non-scrollable page to ensure that it was easy for a user to use the system while they may be out in public.

Visual indicators were also to indicate items that need to be segregated from those that don’t.

Need 3: Where's my treat?

Solution: Users expressed a need for feedback in the form of rewards. Users also expressed an interest in continuing to update and update the system if they were rewarded in some form.

Final Journey

Final Prototype

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