Green Code Campus – A Place for the Future
Bridging Digitalization and the Environment:
It provides young people with a deeper understanding of how the digital world can contribute to protecting our planet and reducing the ecological footprint.
- Construction Start: Scheduled for 2026.
- Completion: Expected in 2029, with operations set to begin in 2030.
Our Vision for the Future
The campus will serve as a space where ideas, cultures, and expertise come together to tackle global challenges.
Enviro & Tech Coexistence
A future where technology and digitalization work hand in hand with preserving the environment.
An Educated Public
A society that understands the connection between the digital world and nature.
A Strong Community
A united network of organizations and individuals working together to build a sustainable future.
The 4 main pillars of the Green Code Campus
Innovating the Planet
The Green Code Campus is an innovative research and educational center that merges digitalization with environmental sustainability. Our mission is clear: “Digital Helps Nature” – using technology to deliver solutions that save our planet.
We focus on four key pillars inspired by the elements of nature: Water, Fire, Air, and Earth. Each element represents an area where digital tools can make the world more sustainable:
Optimization of Water Resources and Ocean Protection
Focus:
- Reducing water consumption in households and industries using smart technologies.
- Monitoring water quality through IoT sensors and artificial intelligence.
- Protecting oceans and aquatic ecosystems using drones and digital mapping.
Educational Programs:
- Development and implementation of applications for water conservation.
- Simulations of ocean cleaning using AI and robotics technologies.
- Digital solutions for efficient irrigation in agriculture.
Energy Efficiency and Renewable Resources
Focus:
- Support for transitioning to renewable energy sources (solar and wind energy).
- Smart grids for optimizing energy consumption.
- Prediction and management of natural fires using AI and satellite technologies.
Educational Programs
- Development of software for monitoring renewable energy sources.
- Simulations of energy system management using Big Data.
- Research and development of technologies for natural disaster prevention.
Reducing Carbon Footprint and Air Quality
Focus:
- Real-Time Monitoring of Carbon Emissions Using Digital Platforms
- Smart Solutions for Green Transportation and Cities
- Air Purification Through Biological and Digital Innovations.
Educational Programs
- Development of applications for monitoring air quality.
- IoT for optimizing logistics and reducing emissions in transportation.
- Analysis of carbon footprint in industries using data tools.
Preservation of Natural Resources and Recycling
Focus:
- Efficient Waste Management Through Digitalization.
- Supporting Biodiversity Using Geoinformation Systems.
- Recycling and Reduction of Raw Material Consumption Using Digital Tools
Educational Programs:
- Digital tools for smart recycling and circular economy.
- Robotics and AI for precision agriculture and soil protection.
- Simulations for forest conservation and natural reserve protection.