FlyBox - Unbox the Future with FlyBox
Chapter #1
Project Overview
About
Welcome to the 'FlyBox' project's imaginative foray into the future of shipping. In this conceptual venture, I've designed a user-friendly app that seamlessly incorporates drone deliveries. Join me in exploring the innovative journey behind 'FlyBox'.
The Product
FlyBox: A drone-powered shipping platform for fast, efficient deliveries.
Project Duration
Sep 2023 - Sep 2023 (30 Days)
The Problem
Traditional shipping lacks speed and accessibility. FlyBox introduces drones for swift, reliable delivery.
The Goal
Design an intuitive app integrating drone deliveries, redefining shipping for speed and efficiency.
My Roles
UX/UI Design: Crafted the app's look and feel.
UX Research: Gathered user insights.
User Testing: Ensured usability and functionality.
Brand Identity: Defined visual elements for a memorable brand.
Responsibilities
Defined user personas and gathered requirements.
Created wireframes and high-fidelity UI designs.
Developed interactive prototypes for user testing.
Conducted usability testing and incorporated feedback.
Authored a comprehensive case study documenting the design process and outcomes.
Tools Use
Figma, Adobe Photoshop, Adobe illustrator
Chapter #2
Understanding the user
User Research: Summary
We conducted surveys and interviews to understand user preferences. Initially focused on speed, we found accessibility was equally crucial. This shifted our design priorities.
User Research: Pain Points
Limited accessibility in remote areas emerged as a key concern. FlyBox aims to address this by ensuring reliable deliveries to all locations.
User Personas
User Journey Map
Chapter #3
Branding and Style Guide
In this phase, we'll create a unique brand identity and a style guide that sets our company apart.
The logo emphasizes speed and efficiency in drone deliveries. "FLY" is designed with a light and swift feel, while "BOX" carries a bold and robust presence. This combination of styles represents our brand's commitment to both agility and reliability.
Chapter #4