Overview
nHance, by InnoWear, is an IoT fitness app that tracks, analyzes and recommends daily meals and exercise based on users' body conditions. It was designed from the user flow, wireframe, to the high fidelity Figma prototype. Usability tests were conducted to validate the user experience and interface.
Duration:
3.5 weeks (Jan - Feb, 2022)
DESIGN BRIEF
nHance is developed by first identifying the problems and then producing the app to solve them.
There are several apps covering different aspects of wellness. Users use a variety of apps for different purposes, such as exercise measures, calorie recommendations, and food purchases. However, no data is integrated into the apps.
Therefore, we resolve issues with the mobile app, nHance.
The app is including 4 main features, including
1. Health data measurement
2. Fitness and wellness recommendation
3. In-app nutrition consultation
4. In-app food purchase
1. Health data measurement
2. Fitness and wellness recommendation
3. In-app nutrition consultation
4. In-app food purchase
and developed in 4 sections,
1. Health data
2. Mental wellness
3. Exercise
4. Meals
1. Health data
2. Mental wellness
3. Exercise
4. Meals
In addition to identifying the problems and solutions, we will conduct UX research, design the user flow and interface for the app.
DESIGN PROCESS
Design process will be developed in 5 stages
Initial Observation
Our team have studied the design blueprint of nHance provided by InnoWear to generate insights and pain points for developing the sitemap and user flow.
Analysis Method
Site Map
Site map is divided into 4 sections mentioned at Design Brief which are Home, Mental Wellness, Workout and Meals.
User Flow
User flow is empathising users consideration and actions while using the nHance app.
Wireframe
Wireframes have been developed in three versions through rounds of interviews, usability tests, site maps, and user flows.
Persona and User Journey Map
3 Persona and user journey maps are generate after interviews and usability tests based on wireframe.
High fidelity Prototype
Featured Tool: