Introduction
1. Introduction
The year is 2028, and our city’s population has doubled. We are facing a crisis: the local landfill is full, energy costs are skyrocketing, and the air quality is dropping. The Mayor has called upon Urban Planning Teams to design a "Green City" blueprint that is sustainable, affordable, and healthy for all citizens. Can your team save the city before the power goes out?
Task
2. The Task
Your team will create a Sustainable City Proposal. This must include:
A labeled map or digital model of your new city layout.
A budget pitch explaining how you will generate energy and manage waste.
A presentation to the "City Council" (the class) defending your choices.
Process
3. The Process (Roles)
Students work in groups of four. Each student chooses a specific "lens" to research:
The Energy Engineer: Researches renewable energy (solar, wind, hydro) and compares costs/efficiency.
The Waste Manager: Investigates recycling programs, composting, and reducing plastic use.
The Biologist: Focuses on "green spaces," urban farming, and protecting local wildlife.
The Urban Architect: Looks at sustainable building materials and public transportation (electric buses, bike lanes).
Evaluation
| Criteria | Emerging (1) | Proficient (3) | Exemplary (5) |
| Research | used only 1 resources | used 3 resources facts are mostly correct | integrated all resources; used specific data to back up claims. |
| Sustainability | plan relies to fossil fuels | plan includes 1-2 initiatives | fully sustainable plan with clear energy/waste solutions |
| Collaboration | roles were not clearly defined | most members contribute to the final project | team member seamlessly linked their roles together |
Conclusion
Conclusion: The Future of Our City
Congratulations, Urban Planning Teams! You have successfully navigated the complex layers of environmental science, economics, and social planning. By designing your "Green City" blueprints, you have moved beyond simply learning about pollution—you have become problem solvers.
Key Takeaways:
Interdependence: You’ve seen how energy choices (like solar vs. coal) directly impact air quality and public health.
Balance: You learned that sustainability isn't just about planting trees; it’s about balancing a budget while meeting the needs of a growing population.
Global to Local: While your project was digital, the challenges you faced—waste management and renewable energy—are the same ones your local city council faces every day.
Final Reflection Questions:
The "Trade-Off": What was the hardest sacrifice your team had to make to stay within your budget?
Real-World Application: Look around your own neighborhood. Which one of your "Green City" ideas could be implemented right now to improve your community?
Future Role: If you were the Mayor, would you prioritize cheap energy or clean air first? Why?
Teacher’s Note: This conclusion serves as the "Assessment AS Learning" phase. It encourages students to monitor their own thinking and internalize the pedagogical goals of the lesson.
Teacher Page
Alas Chimao