Interactive Challenge

City of the Future Simulation

City of the Future Simulation


E-Government of Sharjah




Web Application

Stand Alone Application


E-Government of Sharjah


Feb 26, 2020

Project Requirement:

Develop an interactive application that allows users to influence the development of a futuristic city, with a specific focus on transportation, CO2 emissions, economy, and policy. The application should enable the creation of a customized version of the city based on user inputs.

Proposed Solution: We have developed an advanced application utilizing WebGL technology and integrated machine learning algorithms. This innovative solution presents users with an immersive 3D visualization of a dynamic and animated city, rendered in real-time. Users are actively engaged through a series of thought-provoking questions, requiring them to make challenging decisions in order to balance the city's profitability and sustainability.

Key Features:

  1. Interactive Interface: Our application offers a user-friendly interface, enabling seamless navigation through the city and access to various decision-making scenarios.

  2. Real-Time Rendering: The cutting-edge WebGL technology ensures that the city's visual representation is rendered in real-time, providing users with an immersive and dynamic experience.

  3. Personalized Experience: Users are given the opportunity to customize the city based on their inputs, allowing them to shape the future development according to their preferences.

  4. Machine Learning Integration: Our application utilizes integrated machine learning algorithms, which analyze user choices and dynamically adapt the city's parameters based on their decisions, resulting in a more realistic and engaging simulation.

  5. Sustainability Focus: The simulation emphasizes the importance of sustainable practices, prompting users to make difficult choices that strike a balance between profitability and environmental impact. This enables users to witness the consequences of their decisions on transportation, CO2 emissions, economy, and policy within the simulated city.


  1. Engaging and Educational: The interactive nature of our application fosters user engagement and provides an educational experience by highlighting the complex trade-offs involved in city planning.

  2. Realistic Simulation: The real-time rendering and machine learning integration contribute to a more accurate and authentic simulation, allowing users to explore the potential outcomes of their choices in a futuristic urban environment.

  3. Future-Oriented Decision Making: By actively participating in the simulation, users develop a deeper understanding of the challenges faced by urban planners and policymakers, enabling them to make more informed decisions about the future of cities.

  4. Holistic Perspective: The simulation incorporates multiple factors such as transportation, CO2 emissions, economy, and policy, offering users a comprehensive view of the interconnected nature of urban development.

In conclusion, our City of the Future Simulation application provides a captivating and educational experience for users, enabling them to shape the development of a futuristic city while considering the complex interplay of various factors. With its real-time rendering, machine learning integration, and sustainability focus, our solution offers a unique and valuable opportunity to explore the possibilities and challenges of urban planning in a dynamic and engaging manner.



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