• Reef App

  • Reef App

Building an Underwater App for Coral Monitoring

Reef App is a tool designed to simplify coral restoration workflows for field teams. It helps monitor coral fragments, nurseries, and transplant sites by digitizing data collection and providing a clear structure for real-time reporting. I worked closely with Coral Gardeners to transform their manual processes into a user-friendly system, making data entry faster, more reliable, and easier to manage in the field.

Reef App is a digital tool designed to help coral restoration teams monitor coral health and growth in nurseries and transplanted areas. Initially, only one restoration team was using manual data collection methods. The goal was to streamline workflows, reduce errors, and enable real-time data sharing.

Organization

Coral Gardeners

Project Type

iOS App

Role

Sole UX/UI Designer

Tools

Figma, Notion

The Problem

Coral Gardeners’ restoration team was relying on fragmented tools like Google Maps, spreadsheets, and messaging apps to monitor coral nurseries and restoration sites. This made data collection time-consuming, hard to centralize, and prone to errors.

Research

Research

Research

Research

Research

Research

Research

Research

Research

Research

Research Methods

Field Observations

I spent time with the restoration team, observing how they recorded data on slates and later transcribed it. This helped me identify pain points like water-damaged notes and redundant data entry.

User Interviews

I conducted interviews with team members to better understand their challenges, preferences, and vision for an improved system.

Key Insights

Difficulty managing large volumes of data 

Team members struggled to track thousands of coral fragments spread across multiple nurseries.

Slow data transfer process

Manually writing notes underwater and later transcribing them introduced delays and inefficiencies.

Lack of real-time access

Team members needed a way to instantly view and update coral health data in the field, even without an internet connection.

User Flows

Based on my research, I designed concise and intuitive user flows to assist the team in demanding underwater environments. Aware of the physical challenges divers face, I optimized each screen and interaction to minimize friction and support their specific tasks. To promote accuracy and consistency, the app includes a clear, guided monitoring process.

Monitoring flow

Data Collection Journey

To simplify the fieldwork process, I focused on reducing the number of steps required to collect and share data. With the Reef App, team members can now record observations directly on site.

Before

After

Steps

Actions

Pain points

Preparation

Team members prepare slates

Risk of forgetting materials

Health Monitoring

Record observations underwater

Difficult to write underwater, potential for errors

Growth Monitoring

Take photo with underwater camera

Not enough cameras

Transcription

Transfer notes to Excel sheets

Transcription errors

Upload & Analysis

Manually compile reef reports

Slow access to insights

Before

After

Steps

Actions

Pain points

Preparation

Team members prepare slates

Risk of forgetting materials

Health Monitoring

Record observations underwater

Difficult to write underwater, potential for errors

Growth Monitoring

Take photo with underwater camera

Not enough cameras

Transcription

Transfer notes to Excel sheets

Transcription errors

Upload & Analysis

Manually compile reef reports

Slow access to insights

Design Solution

Design Solution

Design Solution

Design Solution

Design Solution

Design Solution

Design Solution

Design Solution

Design Solution

Design Solution

Ideation & Wireframing

Using the insights, I've developed low-fidelity wireframes that focused on simplified data entry flows optimized for field use and map-based navigation to easily locate and update coral structures.

Prototyping & Testing

I created an interactive prototype and tested it with the team. Based on iterative feedback, we improved form layouts for faster data entry, enhanced contrast and readability for better underwater visibility.

Final Design

A simple, guided flow that allows users to label images of marine species with location and date data, contributing to a shared observation database used for training AI models and supporting biodiversity research.

A simple, guided flow that allows users to label images of marine species with location and date data, contributing to a shared observation database used for training AI models and supporting biodiversity research.

A simple, guided flow that allows users to label images of marine species with location and date data, contributing to a shared observation database used for training AI models and supporting biodiversity research.

A simple, guided flow that allows users to label images of marine species with location and date data, contributing to a shared observation database used for training AI models and supporting biodiversity research.

The Solution

The Reef App transformed coral monitoring by offering a structured, real-time data collection system and a scalable platform that grew from supporting one team to many.

Results & Impact

Reduced data entry time by 50%.

Improved coral health tracking, enabling faster intervention.

Strengthened team collaboration with centralized data.

Lessons Learned

Real-world field testing is essential

Designing for tough environments requires iteration.

Simplicity wins

Restoration teams need intuitive, frictionless workflows.

Scaling requires adaptability

The app evolved from one team’s tool to a multi-team platform.

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