— Eco-Conscious Activity App for Sustainable Urban Living for a German University

Client Overview 

The project was undertaken as part of the Living City research initiative at a German University of Applied Sciences. With urban traffic steadily increasing and conventional transportation habits contributing to congestion, parking shortages, CO2 emissions, and noise pollution, the client sought to develop an innovative solution promoting eco-friendly and health-conscious services.

Project Objective 

The goal was to create a mobile app that encouraged sustainable transportation and local health-focused services, integrating smart city techniques. The app would enable users to measure their environmental impact and access local businesses such as public transportation, gyms, and health food stores.

Team Structure and Roles 

The Fixed-Price development team consisted of:

  • Project Manager: Oversaw project execution, managed timelines, and ensured alignment with client objectives.
  • Lead Developer: Focused on system architecture, backend development, and database integration.
  • Mobile Developer: Specialized in React Native for cross-platform development and UI/UX enhancements.

Technology Stack 

The development team utilized a robust set of modern technologies:

  • Languages & Frameworks: TypeScript (JavaScript), React Native
  • Development Tools: WebStorm, Xcode, Android Studio
  • Backend & Infrastructure: Docker with Nginx, PHP, and PostgreSQL
  • Platforms: iOS and Android
  • Other: Objective-C for iOS compatibility

Solution & Features 

Our partner’s team developed a versatile cross-platform mobile app, integrating key functionalities to enhance sustainable mobility:

  • CO2 Emission Calculation: Users could track their environmental impact by comparing their mode of transportation (walking, biking, carpooling, or public transit) to traditional car usage.
  • Route Planning: Smart navigation suggestions tailored to eco-conscious choices, complete with push notifications.
  • Local Business Integration: Users could discover and engage with nearby eco-friendly businesses and services.
  • Gamification & User Engagement: Incentives to encourage sustainable habits among students and urban residents.

Results & Impact

  • The mobile application was successfully launched on Google Play and the App Store.
  • Increased awareness and engagement in sustainable transportation choices among university students and faculty.
  • Provided valuable data for the Living City research initiative, helping researchers analyze urban mobility patterns and environmental impact.

Conclusion 

By leveraging smart city technologies, our partner successfully developed a scalable and impactful eco-conscious activity app. The project not only delivered a functional product but also contributed to a larger vision of sustainable urban development, fostering healthier and more eco-friendly city habits.

Together to a healthier future!