MinutE²: Revolutionizing Campus E-Scooter Service

Project Overview

I designed MinutE², an innovative e-scooter service specifically tailored for campus environments. This project aims to provide a convenient, efficient, and environmentally friendly mobility solution for highly educated students. MinutE² addresses common issues plaguing e-scooter services, such as low charging efficiency and parking confusion, while emphasizing safety and user experience.

Key Features

1. Quick Battery Change Stations: The cornerstone of MinutE² is its network of battery change stations strategically placed across campus. Users can swap their depleted batteries for fully charged ones in just one minute, dramatically reducing downtime and enhancing convenience.
2. Smart Lock and Unlock Function: Utilizing advanced IoT technology, MinutE² scooters can be easily accessed through a user-friendly app, streamlining the rental process.
3. Intelligent Sensing System: Incorporating cutting-edge sensors, our scooters enhance safety by detecting potential hazards and adjusting performance accordingly.
4. Green Initiative: By promoting electric scooters, MinutE² contributes to reducing carbon emissions on campus, aligning with sustainability goals.

Design Process

The project involved extensive research and design phases:

1. Background Research: I conducted a comprehensive study of China's electric scooter industry, focusing on current trends, challenges, and opportunities.
2. Safety Analysis: A detailed investigation into campus e-scooter safety issues was performed, identifying key areas for improvement.
3. User-Centered Design: The scooter and station designs were iteratively refined based on user feedback and ergonomic principles.
4. Visual Identity: A cohesive brand identity was developed to make MinutE² instantly recognizable and appealing to the target demographic.

Technical Implementation

The project leveraged a variety of software tools:

• Figma: Used for creating interactive prototypes and user interface designs.
• Adobe Photoshop and Illustrator: Employed for image editing, graphic design, and creating marketing materials.
• Midjourney: Utilized to generate concept art and visualize future scenarios.

Impact and Future Prospects

MinutE² not only solves practical mobility issues but also opens up new possibilities for campus transportation. The project has the potential to:

1. Reduce traffic congestion and parking problems on campus.
2. Promote a more active and environmentally conscious student lifestyle.
3. Serve as a model for other campuses and urban areas looking to implement sustainable transportation solutions. Future plans include expanding the service to multiple campuses, integrating with other forms of public transportation, and continuously improving the technology based on user feedback and emerging innovations in e-mobility.

Conclusion

MinutE² represents a significant step forward in campus mobility, combining innovative technology with user-centric design to create a sustainable, efficient, and safe transportation option for students. By addressing the unique needs of campus environments, MinutE² sets a new standard for e-scooter services in educational settings.