Teaching of Advanced Technology through Digital Additive Manufacturing, 3D printing and µ-printing
▶Summary
The main objective of the project is to broaden the access and early integration of students into high-tech manufacturing technologies and the process of development of electronics, with a particu...
▶Objectives
The main objective of the project is to broaden the access and early integration of students into high-tech manufacturing technologies and the process of development of electronics, with a particular focus on the implementation of digital additive manufacturing and advanced 3D and µ-printing technologies (APT/DAM) in the Electrical Engineering field and on the development of modern teaching instruments to foster students’ skills in advanced and sustainable technologies.
▶Activities
The project will involve the preparation of the didactic process of the university for teaching and the use of APT/DAM and creation of new curricula. The project will involve the organization of lecture and laboratory activities and the preparation of new courses on APT/DAM in Electrical Engineering. Additionally, the project will establish a network of universities to promote transnational cooperation and synergies gained in research on APT/DAM in nanoelements, microsystems, and packaging.
▶Impact
The expected project results include the development of new curricula and courses related to 3D/µ-printing technologies in Electrical Engineering education, the enhancement of students' knowledge in high-tech manufacturing technologies, and the promotion of transnational cooperation and research on APT/DAM. Other expected outcomes include the advancement of innovation, creativity, and sustainability in education, as well as increased career opportunities for students in various industries.