Charge Swift
September 16, 2023

Project Overview
Charge Swifti a mobile application that enables users to locate nearby electric vehicle (EV) charging stations easily, make payments, and monitor charging status in real-time. The app is designed to streamline the entire charging process—from scanning a QR code at the charging station, selecting a charging package, to viewing transaction history and receiving payment notifications. Charge Swift focuses on providing a convenient, fast, and secure experience for EV drivers.
Project Objectives
The main objective of this project is to develop a mobile application that simplifies EV charging, making it more practical and user-friendly. Key objectives include:
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Designing an intuitive interface that allows users to find charging stations, scan QR codes, and start charging instantly.
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Building a digital wallet system to manage balances, top-ups, and track transactions transparently.
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Supporting multiple payment methods (e.g., credit card, debit card, or e-wallet) for convenience.
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Providing real-time charging information such as charging duration, energy consumption, and cost.
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Sending notifications when charging is completed or if issues occur during the process.
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Enhancing security with OTP verification and encrypted user data.
Problem Statement
EV drivers often face difficulties in finding reliable charging stations, managing inconvenient payment processes, and lacking transparent charging information. These challenges hinder the overall EV driving experience. Therefore, there is a need for a comprehensive solution that integrates all charging processes—station discovery, payments, and transaction tracking—into a single application.
Goals
The goal of Swift Charge is to create a platform that makes EV charging simple, fast, and reliable. Specific goals include:
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Simplifying the process of locating and accessing charging stations.
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Providing a seamless, secure, and quick payment system.
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Ensuring transparency through transaction records and timely notifications.
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Supporting the adoption of electric vehicles and clean energy by offering accessible technology.
Design Process

User Research

Competitive Analysis

Empathy Map

User Persona

User Journey Map

Information Architecture

User Flow

Wireframe

Design System

User Interface Design



