Helping humans meet their soul pet by bridging the gap between searching remotely and visiting shelters in person.

Helping humans meet their soul pet by bridging the gap between searching remotely and visiting shelters in person.

Helping humans meet their soul pet by bridging the gap between searching remotely and visiting shelters in person.

TEAM

Kristian Pham
Sophia Timko
Andrea Zhu
Sihan Wu
Mashia Mazumder

TIME

7 Weeks,
Feb - Mar 2022

DELIVERABLES

Domain Research,
Storyboards,
System Design,
Mid-Fi Wireframes,
Hardware Design,
Animation,
Campaign Pitch

My Role 💡

My Role 💡

My Role 💡

For this project, my main roles were being a Visual Designer and Animator. I created illustrations and animations for the final video deliverable. I made video storyboard sketches and system diagrams. Additionally, I also designed the UI for the mobile app component of this IoT system.

Project Background

Project Background

As a design studio project, our team was tasked to create a civic campaign for an IoT system that can bring awareness and mitigation to climate change concerns. The project background is set in the year 2035, where our team and a group of IoT specialists want to rally citizen engagement to tackle the growing concern of climate change and unmanaged waste polluting the environment.

Solution Overview

Solution Overview

Compost-It is an IoT (Internet of Things) system that connects communities of urban residents, waste professionals, and gardeners together to reduce food waste from piling up in landfills. The system allows for an interconnected and efficient way to transform food waste from households into compost for community gardens.

01. Problem Space Research

01. Problem Space Research

Concept Mapping

Concept Mapping

Concept Mapping

Given the large problem space of climate justice, we began by conducting a concept mapping exercise to narrow our scope to climate justice related to food waste and empowering individuals.

Why Food Waste?

Why Food Waste?

Why Food Waste?

We conducted further research to understand the environmental impact of food waste and how it is contributing to climate change.

133 Billion

pounds of food waste

are thrown into U.S. landfills every year

3.3 Billion

tons of CO2

are emitted from food waste in landfills globally

3rd

largest emitter of greenhouse gases

if food waste were a country, after the U.S. and China

How Does Food Waste Affect the Community?

How Does Food Waste Affect the Community?

How Does Food Waste Affect the Community?

Problem Statement

Problem Statement

Problem Statement

Our initial research led us to successfully define our main problem statement:


How might we reduce food waste and benefit the community by leveraging the Internet of Things?

Our initial research led us to successfully define our main problem statement:


How might we reduce food waste and benefit the community by leveraging the Internet of Things?

Our initial research led us to successfully define our main problem statement:


How might we reduce food waste and benefit the community by leveraging the Internet of Things?

02. System Design

02. System Design

Storyboarding

Storyboarding

Storyboarding

We began by storyboarding the concept of our IoT system and capture it in a real life context scenario. The team came up with many variations and ultimately decided to further develop this direction.

We began by storyboarding the concept of our IoT system and capture it in a real life context scenario. The team came up with many variations and ultimately decided to further develop this direction.

System Design

System Design

System Design

After ideation, we identified the main components of our system connecting 3 core stakeholders:

After ideation, we identified the main components of our system connecting 3 core stakeholders:

Core Stakeholders

Core Stakeholders

Core Stakeholders

From our system outline and storyboarding, we were able to clearly identify the user need of each stakeholder:

Urban Resident

Need: Achieve and foster convenient composting habits to reduce waste.

Waste Collector

Need: Ensure waste in the community is collected on time with reduced effort, cost and environmental footprint.

Community Gardener

Need: Obtain nutrient-rich soil to grow plant life or fresh produce for the community.

System Flow

System Flow

System Flow

  • The Urban Resident organizes their trash into the smart waste bin, putting food waste in the composting compartment.

  • The Waste Collector gets notified from the mobile app which households' waste bins are full and arrives to pick up trash and compost.

  • The Community Gardener monitors the smart garden stake to check on soil nutrient levels and requests for compost drop offs from the Waste Collector if needed.

  • Both the Urban Resident and Community Gardener can also check the status of their smart devices on the mobile app.

03. Prototyping

03. Prototyping

Low-Fi Sketches

Low-Fi Sketches

Low-Fi Sketches

Smart Trash Can

Smart Trash Can

Smart Trash Can

The smart waste bin has many different compartments to ensure correct trash organization.

The smart waste bin has many different compartments to ensure correct trash organization.

Smart Garden Stake

Smart Garden Stake

Smart Garden Stake

The smart waste bin has many different compartments to ensure correct trash organization.

The smart waste bin has many different compartments to ensure correct trash organization.

Mobile App

Mobile App

The mobile app has 3 different user facing interfaces for each stakeholder to help them achieve their respective needs.

The mobile app has 3 different user facing interfaces for each stakeholder to help them achieve their respective needs.

Urban Dweller Facing UI

Community Gardener Facing UI

Waste Collector Facing UI

Final Prototypes

Final Prototypes

Final Prototypes

Smart Trash Can

Smart Trash Can

Smart Garden Stake

Smart Garden Stake

Mobile App - Urban Dweller

Mobile App - Urban Dweller

Mobile App - Community Gardener

Mobile App - Community Gardener

Mobile App - Waste Collector

Mobile App - Waste Collector

04. Animation

04. Animation

Video Storyboards

Video Storyboards

To begin making our campaign video, we sketched out storyboards telling the story of how food waste becomes compost and gets transported throughout the community.

To begin making our campaign video, we sketched out storyboards telling the story of how food waste becomes compost and gets transported throughout the community.

We divided the story into 3 main parts: setting up the problem, identifying the solution, and showcasing the outcome.

We divided the story into 3 main parts: setting up the problem, identifying the solution, and showcasing the outcome.

Visual Style Guide

Visual Style Guide

Visual Style Guide

Flat Illustration
The 2D look takes human emotions into an abstract space, allowing the emotions portrayed to be universally understood. The voice and tone portrays friendliness and happiness around cleaning up the community.

Flat Illustration
The 2D look takes human emotions into an abstract space, allowing the emotions portrayed to be universally understood. The voice and tone portrays friendliness and happiness around cleaning up the community.

Color Palette
The color palette is a reference to the brown soil and green gardens. A monochromatic color palette creates an inclusive community by not fixating on a single demographic.

Color Palette
The color palette is a reference to the brown soil and green gardens. A monochromatic color palette creates an inclusive community by not fixating on a single demographic.

Still Cut Illustrations

Still Cut Illustrations

Still Cut Illustrations

Before we began animating, we created vector illustrations based on the storyboards.

Before we began animating, we created vector illustrations based on the storyboards.

05. Final Video

05. Final Video

06. Final Campaign and Reflections

06. Final Campaign and Reflections

Today, we’ll start with residents and local gardens.

Today, we’ll start with residents and local gardens.

Tomorrow, we can expand to create bigger impact in every part of the community.

Tomorrow, we can expand to create bigger impact in every part of the community.

Potential Next Steps

Potential Next Steps

  • Design, build & test the hardware solutions (trash can and stake) for this IoT system

  • Develop partnerships with local community gardens

  • Market and sell smart trashcans to residents of urban areas to start

  • Design, build & test the hardware solutions (trash can and stake) for this IoT system

  • Develop partnerships with local community gardens

  • Market and sell smart trashcans to residents of urban areas to start

See More Projects 🔎

Let's get in touch!

Copyright © 2024 Sihan Wu

Let's get in touch!

Copyright © 2024 Sihan Wu

Let's get in touch!

Copyright © 2024 Sihan Wu