Advanced Materials and Topology Workshop Held at VŠB – Technical University of Ostrava במסגרת Erasmus+ Project “3D Academy”
Ostrava, February 19, 2026 — A specialized workshop on advanced materials and topology optimization for 3D printing was held at the 3D Protolab of VŠB – Technical University of Ostrava as part of the Erasmus+ project “3D Academy.” The session provided participants with in-depth knowledge of material selection and structural design strategies in additive manufacturing.
The workshop brought together international students, including participants from Spain representing IES Playamar, from Poland representing ZST Center, and from the Czech Republic representing Mendelova Secondary School. This diverse group contributed to a dynamic environment of collaboration and cultural exchange.
Throughout the workshop, attendees explored a wide range of materials used in 3D printing, including standard thermoplastics as well as more advanced and engineering-grade filaments. Experts explained the mechanical, thermal, and durability properties of each material, helping participants understand how to choose the most suitable option depending on the application.
A key focus of the session was topology optimization, an innovative design approach that uses algorithms to create lightweight yet strong structures. Participants learned how topology-driven designs can reduce material usage while maintaining structural integrity, which is especially valuable in fields such as aerospace, automotive, and product design.
The workshop combined theoretical explanations with practical demonstrations, allowing participants to visualize how optimized geometries are generated and later produced using 3D printing technologies. Real-world examples illustrated how complex internal structures and lattice designs can significantly enhance performance.
This hands-on experience reflects the core objectives of the Erasmus+ “3D Academy” project, which aims to promote cutting-edge digital skills and interdisciplinary collaboration. The event also encouraged participants to think critically about sustainability and efficiency in modern manufacturing.
Overall, the workshop provided valuable insights into the intersection of materials science and computational design, equipping participants with essential knowledge for future innovation in additive manufacturing.
