Environmental Education

Learn by Doing

Our interactive learning modules are inspired by the PhET simulation approach: hands-on, visual, and deeply engaging. Explore environmental topics specific to Skopje and the broader Balkan region.

Students using interactive environmental education displays
Learning Modules

Interactive Environmental Simulations

Each module combines guided lessons with interactive simulations, allowing you to manipulate variables and observe outcomes in real time.

Beginner

Air Quality & PM2.5

Understand particulate matter, how AQI is measured, and why Skopje's valley geography traps pollutants during winter inversions.

25 min5 lessons
Launch Simulation
Intermediate

Temperature Inversion

Explore why Skopje's valley geography and winter temperature inversions create some of Europe's worst air pollution episodes.

35 min6 lessons
Launch Simulation
Intermediate

Urban Heat Island Effect

Simulate how concrete, vegetation, and building density affect temperature distribution across Skopje's municipalities.

35 min4 lessons
Launch Simulation
Beginner

Vardar River Ecosystem

Explore the Vardar watershed, water quality parameters, and the impact of urban runoff on aquatic biodiversity.

30 min5 lessons
Launch Simulation
Beginner

Waste Management Lifecycle

Follow the journey of household waste through collection, sorting, recycling, and landfill in the Skopje system.

20 min4 lessons
Launch Simulation
Advanced

Renewable Energy Potential

Analyze solar, wind, and hydroelectric potential for the Skopje region using real geographical and meteorological data.

45 min7 lessons
Launch Simulation
Beginner

Urban Green Spaces

Learn about the ecological value of Skopje's parks, Vodno forest, and green corridors for biodiversity and citizen well-being.

20 min3 lessons
Launch Simulation
Try It Now

Air Quality Simulation Preview

Adjust the variables below to see how traffic, green space, and heating methods affect Skopje's air quality index.

Adjust Variables

50%
30%
40%
Estimated AQI72Moderate

This simplified model demonstrates how traffic, green infrastructure, and heating fuel choices interact to influence urban air quality.