Inspiration

Climate change is often taught through textbooks and lectures, which makes it difficult for students to understand how everyday human decisions affect the environment. We wanted to create a tool where learners could experiment with choices and immediately see their impact, making climate education more engaging and practical.

What it does

Climate Simulation is a web-based interactive platform that allows users to adjust sustainability factors such as renewable energy usage, tree plantation, and recycling. Based on these inputs, the simulation dynamically updates CO₂ emissions, global temperature, and environmental health, helping users visualize cause-and-effect relationships.

How we built it

The project was built using HTML, CSS, and JavaScript. JavaScript handles the simulation logic, where environmental indicators are updated using simplified formulas such as: Δ𝑇∝CO₂ Emissions. Chart.js was used to visualize CO₂ emission trends, while a scoring and badge system was added to encourage sustainable decision-making.

Challenges we ran into

1)Designing climate logic that is scientifically meaningful yet simple

2)Keeping the UI intuitive for first-time users

3)Balancing educational accuracy with performance and clarity

Accomplishments that we're proud of

1)A fully functional climate simulation using only basic web technologies

2)Real-time graphs and gamification features

3)A clean, judge-friendly UI suitable for educational use

What we learned

1)How simulations can improve learning through interaction

2)Practical use of JavaScript for modeling real-world systems

3)Effective data visualization for educational platforms

What's next for Climate Simulation

1)Adding more climate indicators such as sea level rise and biodiversity

2)Introducing scenario-based challenges

3)Expanding the platform for classroom and curriculum integration.

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