The task was to design a sustainable city aligned with the student’s selected Sustainable Development Goal (SDG). Using AI support, the student envisioned a futuristic urban environment that includes eco-friendly features such as green spaces, renewable energy sources, clean transportation, and smart infrastructure.

This creative design reflects not only the student's understanding of sustainability, but also their ability to use AI tools in a meaningful and imaginative way. 🌍✨

It includes features such as solar panels, green rooftops, rainwater collection systems, and open learning spaces surrounded by nature. The goal was to imagine how schools can be both eco-friendly and inspiring learning environments.

Our students really enjoyed using AI tools like Sora to bring their creative ideas to life! It was a fun and meaningful way to explore sustainability through technology. 🌱🏫✨

A wind turbine (clean energy),

An electric car and charging station (sustainable transportation),

Recycling bins (waste separation),

A person riding a bicycle (eco-friendly transport),

Green areas and trees (living in harmony with nature).

In summary: The image presents a city model that promotes environmentally friendly, energy-efficient, and sustainable lifestyles, supporting the conservation of natural resources and reduction of waste.

The image showcases EkoNova, a futuristic eco-city designed in alignment with Sustainable Development Goal 12: Responsible Consumption and Production. This urban landscape represents a harmonious blend of technology, sustainability, and community living.

• Modular Neighborhoods:

Each district features rooftop gardens, solar panels, and community compost bins, allowing residents to produce food and energy locally while managing organic waste responsibly.

• Eco-Transportation:

The streets are free from private cars. Instead, the city uses electric buses, autonomous shuttles, bike lanes, and pedestrian-only walkways to reduce emissions and promote healthier lifestyles.

• Zero-Waste Markets:

Citizens shop at package-free grocery stores, bringing their own containers and buying only what they need, minimizing both food and plastic waste.

• Swap & Repair Zones:

Public squares host swap markets where residents exchange used goods and participate in Repair Cafés to fix electronics, clothes, and furniture—extending product lifespans.

• Smart Resource Management:

Buildings are equipped with digital dashboards displaying real-time data on energy savings, water usage, and waste reduction, encouraging awareness and behavior change.

• Central Recycling Facility:

A large circular facility at the heart of the city processes organic, electronic, and textile waste in separate streams for efficient reuse and recycling.

• Urban Farming:

Vertical farms and community gardens are integrated into public areas, ensuring access to fresh, local produce and reducing food miles.

• Water Conservation:

Rainwater harvesting systems are installed on buildings and streets, collecting and purifying water for irrigation and sanitation.

⸻

EkoNova is more than a city — it’s a living, evolving model of how urban life can support planetary health. It educates, inspires, and empowers its citizens to consume wisely and live sustainably.