International education for sustainable additive manufacturing
Edu-GArD3n is an international educational project focused on additive manufacturing with a strong emphasis on sustainability and green engineering principles.
The project aims to support students in developing a solid understanding of additive manufacturing technologies, materials and design strategies, while critically addressing their environmental impact.
Edu-GArD3n integrates advanced topics such as sustainable materials, circular design, life cycle thinking and digital technologies into higher education curricula. Through innovative teaching methodologies and digital tools, the project contributes to training the next generation of engineers and researchers capable of designing responsible and future-oriented manufacturing solutions.
Edu-GArD3n is primarily addressed to:
Bachelor's, Master's and PhD students in engineering, medicine, and related disciplines
Students interested in additive manufacturing, materials science, biomaterials and sustainable technologies
Learners willing to explore green manufacturing, circular economy and digital design approaches
Participation is open to students interested in interdisciplinary and innovative learning pathways.
By engaging with Edu-GArD3n, participants will:
Gain a comprehensive understanding of additive manufacturing technologies and their sustainability challenges
Develop critical skills in green engineering, circular design and life cycle thinking
Explore advanced materials for additive manufacturing, including polymers, metals, ceramics and biomaterials
Become familiar with digital tools, simulation approaches and emerging educational technologies
Strengthen your ability to address real-world sustainability challenges in manufacturing and product design
Participants will enhance both their technical knowledge and their strategic awareness of sustainable innovation.
Edu-GArD3n adopts an innovative and interdisciplinary educational approach, combining theoretical foundations with digital and interactive learning methods.
The project explores the use of emerging technologies such as virtual reality to support understanding of complex manufacturing processes and sustainability concepts, enabling students to learn beyond traditional classroom settings.
Edu-GArD3n will provide educational content covering the scientific, technological and sustainability aspects of additive manufacturing.
The learning materials will address both fundamental principles and advanced topics, with a strong focus on green engineering, sustainable materials, circular design and emerging digital tools.