JusPay

Problem Statement:
Design a user-centric mobile application interface for electric vehicle (EV) charging and parking, aiming to enhance the user experience in a sustainable and efficient manner. The challenge is to create an innovative solution that seamlessly integrates charging station location services, a smooth charging experience, and smart parking functionalities.

Guidelines:

• Assume that user has already onboarded over the platform and you need not to cover the entire onboarding flow.

• Prioritize user needs, preferences, and pain points throughout the app's final hi-fi designs.

• Offer a clean and intuitive user interface with easy navigation to ensure a seamless user experience. Choose a platform (iOS/Android) to base your product on and make sure your designs honor the platform guidelines.

• Ensure that the end-to-end journey is covered (considering all possible use cases), for the first time and repeat users.

• Final submission should be understood enough by your presentation of the solution of above given problem statement.
  
  

Deliverables:

• Develop an intuitive and feature-rich charging station locator, providing real-time information on station availability, types, charging speeds, and payment methods.

• Design a user interface for initiating and monitoring the charging process, incorporating features such as remote monitoring, notifications, and seamless payment integration.

• Integrate a parking solution that allows users to reserve parking spots near charging stations, facilitating a smooth transition from parking to charging.

• Implement features that engage and educate users about EV charging etiquette, sustainability impact, and incentives for eco-friendly practices.

Evaluation Criteria:

• How well does the design cater to the needs of diverse users in the EV charging and parking context?

• To what extent does the solution incorporate innovative features, enhancing the overall user experience?

• How seamlessly are the charging and parking functionalities integrated, providing a good experience for users?

• Does the design consider accessibility features for users with disabilities and ensure inclusivity?

• Comprehensive presentation outlining design decisions, features, and how the solution addresses the specific challenges of EV charging and parking.