Geospatial collaboration systems / Public input

GeoVoice

Infrastructure feedback map

The working demo combines a project route, basemap controls, sign-up, measurement tools, and a persistent comment action in one public-facing map surface.

Spatial storytelling for infrastructure: a map-based experience that helps people understand a place, explore project layers, and contribute location-specific feedback.

Live Demo
My role
Front-End Web Developer at POWER Engineers — design, responsive interfaces, high-fidelity prototypes, and frontend development for GeoVoice
Engagement
POWER Engineers
Period
Jan 10, 2021
Resources
8 reviewed artifacts
Stakeholder UXWorkflow DesignGeospatial DataInteractive Prototyping

01 / Context

Creative challenge

•Public Input Was Disconnected from Place

Infrastructure and environmental projects needed feedback from community members, agencies, and private partners, but forums and paper surveys separated comments from the exact locations under discussion.

•GIS Context Was Hard to Share

Project teams had rich spatial data, but conventional GIS tools were difficult for non-technical participants to navigate and did not provide a common public-feedback workflow.

•The Evidence Had to Stay Traceable

A useful response needed to preserve who was commenting, what type of issue they identified, and where that input belonged on the project map.

Stakeholder workflow brief

The project brief connects fragmented public-input channels with the need to collect, map, and review location-specific feedback in one workflow.

02 / Mandate

Direction and intent

•Connect Feedback to a Location

Create a simple path for selecting an address, parcel, current location, or map point before submitting project feedback.

•Make Project Layers Inspectable

Keep routes, structures, notifications, land-use data, and basemap controls visible so each comment could be reviewed in geographic context.

•Support Different Public Projects

Design the interaction model to work across transmission, offshore-wind, municipal, and environmental-planning contexts without changing its core feedback loop.

Location-selection prototype

The prototype lets a participant attach a comment to an address, parcel, identified map point, or current location before continuing through submission.

03 / Build

Creative decisions and execution

1.Mapped Stakeholder and GIS Constraints

The project record documents sessions with planners, environmental experts, and community members alongside an evaluation of existing GIS and collaboration tools.

2.Prototyped Location and Comment Flows

Designed map layouts, layered-data displays, location-selection states, and a structured submission form, then refined the workflow through the iterative testing documented in the case-study record.

3.Integrated Maps, Layers, and Participation

The resulting interface combines route and project layers, basemap and measurement controls, account prompts, categorized comments, and geospatial review within the same public-facing surface.

Structured comment workflow

The submission form captures participant context, comment categories, and detailed feedback without separating the response from its selected map location.

Research and build record

The action record documents stakeholder research, GIS review, iterative prototyping, map-layer integration, and the central feedback dashboard.

04 / Outcomes

Outcomes

•One Inspectable Feedback Loop

The reviewed artifacts show location selection, comment capture, map layers, project notifications, and public review operating as one connected workflow.

•Faster Planning Feedback

The case-study record reports that real-time updates and direct comment submission cut weeks from traditional planning cycles; this outcome is retained as an attributed project claim.

•Reusable Across Infrastructure Contexts

The evidence set includes both a transmission-line project and the Coastal Virginia Offshore Wind deployment, demonstrating reuse of the map, layer, notification, and comment model across regions.

Regional project deployment

A Coastal Virginia Offshore Wind project view demonstrates the same layer, notification, and comment model across a substantially different infrastructure context.

Documented workflow outcomes

The case-study record attributes fewer information silos, faster feedback cycles, and reuse across regions and project types to the centralized map-and-comment workflow.

Tools

Tools and implementation

Geospatial MappingUX/UI DesignData VisualizationCollaborative Tools

Continue the evidence trail

From proof to role fit

Compare GeoVoice with adjacent systems, or carry its reviewed capabilities into an Adaptive Focus brief.

Data visualizationWorkflow design