Trash Pickers: Waste Logistics App

Trash Pickers 

Waste Logistics Management Platform

Overview

Trash Pickers is a waste logistics platform designed to simplify and modernize waste collection. The platform connects customers, waste collectors, and administrators through a streamlined system that makes scheduling pickups, managing operations, processing payments, and tracking collection activities more efficient.

The goal was to move waste management away from manual coordination and create a structured digital experience that improves convenience for customers while giving operators greater visibility and control over daily operations.

Roles and Responsibilities

UI/UX Designer

For this project, I was responsible for:

1. User research and problem identification

2. Information architecture

3. User flow design

4. Wireframing

5. High-fidelity UI design

6. Interaction design

7. Design system creation

8. Mobile app prototyping

Problem Statement

Waste collection in many communities is still managed through phone calls, manual scheduling, and fragmented communication channels.

This often leads to:

1. Delayed pickups

2. Poor visibility into collection status

3. Difficult coordination between collectors and administrators

4. Limited operational oversight

5. Frustrating customer experiences

6. There is a need for a more organized and scalable solution that improves efficiency for everyone involved.

Goals and Objectives

The primary objectives of the project were to:

1. Simplify waste pickup scheduling.

2. Improve communication between stakeholders.

3. Provide customers with real-time visibility into pickup requests.

4. Create a structured workflow for waste collectors.

5.Give administrators better control over daily operations.

6. Reduce inefficiencies in waste collection management.

Design Process

1. Research & Discovery

I explored common challenges within waste collection systems and identified key pain points experienced by customers, collectors, and administrators.

2. User Flow Mapping

I mapped the journey of each user type to understand how they would interact with the platform and where improvements could be introduced.

3. Wireframing

Low-fidelity wireframes were created to establish layout structure, navigation, and information hierarchy.

4. UI Design

High-fidelity interfaces were designed with a focus on clarity, usability, and accessibility while maintaining a clean and modern visual style.

5. Prototyping

Interactive prototypes were created to demonstrate core user flows and system functionality.

Tools Used

1. Figma

2. ChatGPT (content assistance and ideation)

Key Features & Solutions

Customer Experience

1. Easy waste pickup scheduling

2. Flexible date and time selection

3. Secure payment flow

4. Pickup status tracking

5. Pickup history management

Collector Experience

1. Assigned pickup management

2. Pickup execution workflow

3. Status updates from field operations

4. Issue reporting system

Administrative Experience

1. Operational dashboard

2. Pickup management system

3. Collector management

4. Area-based demand monitoring

5. Payment monitoring and verification

6. Issue resolution workflow

Expected Impact

Trash Pickers was designed to create a more efficient and transparent waste collection process by:

1. Reducing manual coordination

2. Improving operational visibility

3. Streamlining pickup management

4. Enhancing customer convenience

5. Supporting scalable waste collection operations

Challenges & Learnings

One of the biggest challenges was designing a system that served three different user groups while maintaining consistency across the experience.

This project reinforced the importance of designing beyond individual screens and focusing on complete workflows, operational efficiency, and real-world usability.

Thank You

Thank you for taking the time to view this project.

Trash Pickers reflects my approach to solving real-world problems through thoughtful design, structured user flows, and practical digital solutions. I am always open to discussing new opportunities, collaborations, and design challenges.