Track. Nourish. Thrive

About

Nutrify is a health-tracking app designed to support diabetic people in preventing vision loss through mindful nutrition.

This app helps diabetic users track symptoms and implement diet solutions. By combining smart tracking with actionable insights, the web-app helps users make informed choices to protect their health through personalized diets.

Year

2024

Client

University project

Industry

Health-Tech

Discovery process

Through doctor interviews, hospital visits, and patient research at Prociegos Guatemala, my team and I identified user's key needs.

Then researched on tracking systems & statistics display UI models to implement.

The making of the interface

Design system & brand assets

The Nutrify design system leverages blues and whites for a clean, professional aesthetic that instills trust.

The minimalist UI enhances clarity and usability, ensuring a seamless user experience aligned with the app’s health-focused objectives.

App features

Intuitive Data Overview

The Analysis panel makes complex information digestible trough interactive cards that offer quick access to insights, while key metrics are grouped for clarity.

Historical trends graphs, and icons guide users to significant changes for smooth navigation.

Dynamic design

Easy access to diet solutions through visual interactive card components customized from the tracking data

Interactive componets

The prototype features fully interactive components, including navigation, button states, and form validations. This high-fidelity prototype enables realistic user flow presentations and facilitates meaningful feedback

Results & impact

1st place winning project

My team and I won 1st place at UFM Collab competition, recognized for our project's significant innovation and inerface design, focusing on an unexplored segment and with a scalable and realistic model & design.

My team and I won 1st place at UFM Collab competition, recognized for our project's significant innovation, empathy and interface design, focusing on an unexplored segment and with a scalable and realistic model & design.