The construction sector is responsible for 38% of global carbon emissions and 35% of worldwide waste. EARTH3D is an Erasmus+ project that transforms vocational education by focusing on 3D Printing Raw Earth Technology — combining additive manufacturing with natural, locally sourced materials for sustainable construction.
About

01-10-2025
30-09-2026
60.000,00 €
Objectives
Main Objective
Provide high-quality, flexible learning opportunities on 3D Print Raw Earth technology for professionals in architecture, urban planning, materials technology, and engineering.
Specific Objectives
- Develop a comprehensive e-learning platform with 6 training modules
- Create a best practice guide featuring 18 successful global projects
- Establish a networking hub for cross-sector collaboration
- Promote sustainable construction aligned with EU Green Deal goals
| Group | How They Benefit |
|---|---|
| Architects & Urban Planners | Design sustainable, energy-efficient structures |
| Engineers | Master 3D printing technologies and materials |
| Students & Graduates | Gain cutting-edge skills for future careers |
| Researchers | Access resources for R&D projects |
Our Partners
FAQ
A construction method that uses robotic 3D printers to build structures from natural earth materials. It combines the precision of additive manufacturing with the sustainability of locally-sourced, recyclable materials.
Architects, engineers, urban planners, materials specialists, students, and researchers interested in sustainable construction techniques.
Yes! All EARTH3D resources are free and openly accessible.
Yes. Complete the 6 training modules and pass the assessments to receive a certificate of completion.
The platform and guide will be available in English, Polish, Portuguese, Estonian, and Dutch.
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