Philly Truce

Increasing Task Completion by 15% Through Improved User Interaction.

Role

UX, UI, Interaction

Industry

Community Safety

Duration

3 months

Hero image of Philly Truce web app
Hero image of Philly Truce web app
Hero image of Philly Truce web app
Hero image of Philly Truce web app

Project Summary

  • Deliverables: User Flows, High Fidelity Wireframes, Prototype, Usability Testing, Handoff

  • Tools: Trello, Figma, Notion, Maze

  • Target Device: Mobile web app


Project Summary

  • Deliverables: User Flows, High Fidelity Wireframes, Prototype, Usability Testing, Handoff

  • Tools: Trello, Figma, Notion, Maze

  • Target Device: Mobile web app


Project Summary

  • Deliverables: User Flows, High Fidelity Wireframes, Prototype, Usability Testing, Handoff

  • Tools: Trello, Figma, Notion, Maze

  • Target Device: Mobile web app


What is Philly Truce?

Philly Truce is a grassroots organization in Philadelphia aimed at reducing gun violence and fostering peaceful conflict resolution in communities.


What's the Problem?

Peace patrol personnel struggle with an inefficient paper-based incident reporting system that causes inaccuracies and complicates tracking ongoing and past incidents.


Goal

Develop a user-friendly mobile interface for peace patrol personnel to document new incidents, view existing incidents, and claim unclaimed incident reports for real-time resolution.

Features:
  • Document new incidents

  • View existing reports

  • Claim unassigned incidents

Benefits:
  • Streamlined incident report management platform

  • Improve response times


My Role

Design Focus (July–September 2024):

  • Key Areas: Search feature, new report button, and reports tab.

  • Team Collaboration: Worked with 2 lead designers, 3 designers, and research, content, and strategy teams, plus 2 product managers.

  • Process:

    • Audited designs and user flows to uncover usability gaps.

    • Ensured revisions were user-centered and aligned with product goals.

  • Outcome: Enhanced designs grounded in user needs and project objectives.


Process

Ideation and Prototyping

Exploring the flow of a seamless prototype

How Feedback Shaped Philly Truce Iterations

  • Key Improvements Identified: Simplified task flows and enhanced interface clarity.

  • User Insights Applied: Refined design for usability and real-world alignment.

  • Outcome: Improved engagement and effectiveness for peace patrol personnel.

User flow of prototype
User flow of prototype
User flow of prototype
User flow of prototype

Usability Testing
Unveiling Insights Through Heatmaps
Usability test indicates heatmab of frequented areas
Usability test indicates heatmab of frequented areas
Usability test indicates heatmab of frequented areas
Usability test indicates heatmab of frequented areas
Iterations for improvement on user interaction
Iterations for improvement on user interaction
Iterations for improvement on user interaction
Iterations for improvement on user interaction

Collaboration Highlights
Streamlined Collaboration

Collaboration Tools:

  • Trello: Organized tasks by priority, keeping teams aligned and on track.

  • Figma: Enabled synchronous and asynchronous collaboration, ensuring flexible yet goal-oriented workflows.

  • Slack: Maintained seamless communication for quick discussions, feedback, and real-time updates across teams.

Screenshot of Trello board for cross-collaboration
Screenshot of Trello board for cross-collaboration
Screenshot of Trello board for cross-collaboration
Screenshot of Trello board for cross-collaboration

Tools
Tools That Powered Collaboration
  • Figma

  • Maze

  • Slack

  • Trello


Methodologies
Design Sprints
  • Sprint 1: Audited existing flows and collaborated on the Incident Report Management Platform with the content team.

  • Sprint 2: Identified gaps in information architecture and shifted focus from login/sign-up flow to the incident report platform based on usability tests.

  • Sprint 3: Ideation for high-priority changes (e.g., improving CTA visibility, refining dropdown menus, defining report tabs).

  • Sprint 4: Finalized master prototype, incorporating feedback and copy changes from the audit and content team.


Challenges
Adapting Priorities to Maximize Impact
  • Urgent Shift: User and stakeholder feedback highlighted the incident report management platform as a priority due to its critical role in supporting community efforts.

  • Revised Focus: We redirected resources from the settings page and sign-up flow to address this platform's immediate needs on the Incident Report Management Platform.


  • Name Update: "Safe Path Monitors" was rebranded to "Peace Patrol" to reflect the Philadelphia School District's withdrawal and align with the community's evolving identity.


Research Roadblocks
  • Platform Issues: Maze made task flow setup challenging by not allowing the last screen of one task to link to the next, complicating task sequences. It also restricts user control after task completion, unlike other platforms such as UserZoom.

  • Tight schedule, Limited Preparation Time: Imposed time constraints necessitated accelerated usability testing, involving rapid task development and testing with a sample of five participants (incl. one pilot test) within a one-week timeframe.

  • Unsatisfactory Testing Environment: Some participants were consistently distracted (e.g., greeting or talking to others during the test) or even in potential danger (driving), which could jeopardize their test results.


  • Future tests: should emphasize a quiet and safe testing environment through pre-test participant guidelines.


The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.

Solution

The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is positioned within the content area, contributing to a cluttered interface. It competes for space with other elements, making it less accessible and distracting from the primary content.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
The search bar is now repositioned to the top navigation bar, decluttering the interface and improving content focus. It remains easily accessible while creating more space for primary elements.
Optimized Layout: Repositioned Search for Cleaner Interface
  • Moved search feature to the top navigation bar to declutter the interface

  • This allows more focus on the main content

  • Search is still accessible when required


Clearer Call to Action: Redesigned New Report Button with Bold Icon
  • Testing showed that report numbers placed near the new report button created visual confusing, reducing clarity

  • Updating the button design clarified its role as a call to action with a clear bold icon


Streamlined Navigation: Improved Tab Contrast for Better Focus
  • Increased contrast on active tab

  • de-emphasized the others to reduce cognitive load


Prototype
Annotated User Flow


Impact

Redesign Boosts Report Creation and Reduces Distractions

The redesign of the Incident Report Management Platform had a positive impact on the new report experience. The app is still in production and will update the impact as we gather more data.

New report button increased task efficiency by 15%
Hiding search feature decreased distraction by 25%
Emphasizing active tabs improve task efficiency by 10-25%


Other Projects

Copyright 2024 by Bronson Lee

Copyright 2024 by Bronson Lee

Copyright 2024 by Bronson Lee

Copyright 2024 by Bronson Lee