European Network for Additive Manufacturing in Industrial Design for Ukrainian Context
▶Summary
By implementing the AMAZE project, all consortium achieved an European network for additive manufacturing in the field of Industrial and Architectural Design, in the problematic context of Ukraine...
▶Objectives
By implementing the AMAZE project, all consortium achieved an European network for additive manufacturing in the field of Industrial and Architectural Design, in the problematic context of Ukraine, the consortium project consists of 4 organizations (Romania, Spain, Poland and Ukraine). The AMAZE project provides the chance for the students, the professors and the companies in mixing the studying / teaching and practical experience and traineeship mobilities periods abroad, with the main aim of further enhancing the learning outcomes and development of transversal skills. The most relevant propriety according to the objectives of AMAZE project is Supporting Higher Education institutions in their cooperation with Ukrainian conterparts to respond to the war in Ukraine, being involved as partner a prestigious and one of oldest classical university from Ukraine, The Yurii Fedkovich Chernivtsi National University, that aim of training highly qualified specialists who will ensure the implementation of engineering-constructive, architectural-design and design solutions.
▶Activities
The AMAZE proposal is suitable for creating synergies between different new technical fields, such as Additive Manufacturing (AM), CAD/CAM/CAE Design, Smart Materials, Reverse Engineering, Computer Programming, Sensors and Electronics, and VR/AR platforms. At the project activities (Transnational Project Meetings, Multiplier Events, Summer School, and Staff Training STTE), professors, students, researchers, and companies participated. The courses and the laboratories were in the field of Industrial Engineering, regarding the design and the new Additive Manufacturing technologies to make industrial and architectural products with complex shapes. Also, within the mobility of students and teaching staff within the Summer School, respectively the training, the courses, and laboratories were combined with socialization, companies visiting and developing of new partnerships and projects. The AMAZE project has a strong potential impact on the development, testing and adaptation of existing and novel learning and teaching methodologies and pedagogical approaches, delivering and enhancing key competencies and skills through education and collaboration, and focusing on use of VR/AR platform and new manufacturing technologies AM.
▶Impact
The project achieved the following results on AMAZE site http://www.amaze2023.eu/: 1 – AMAZE e-book for developing of complex design industrial parts, published at Printech Publishing House, Bucharest, 2024, E-ISBN: 978-606-23-1569-6; 2 –AMAZE e-toolkit manual for digital learning in producing of complex design industrial parts, at Printech Publishing House, Bucharest, 2024, E-ISBN: 978-606-23-1595-5; 3 – AMAZE e-learning VR/AR platform; IO4 – AMAZE e-case studies - attached: on http://www.amaze2023.eu/ -2 academic papers accepted and published (in journals with high visibility, open-acces) - Physics and Chemistry of Solid State Journal and Open Journal of Applied Science; -2 papers accepted and published in International Conferences, open-acces at KreativEU Targoviste 2024 (JOSA) and Bramat Brasov 2024 (Bull. Transylvania Brasov); -Article send for publishing open-acces in Processes 2024; -Article send for publishing open-acces in Applied Sciences 2024. -2 Erasmus+ Mobilities Agreements between UNSTPB and Edibon International S.A., from Madrid, Spain for practical stages of the romanian students and Erasmus+ Mobilities Agreement between PUT Poland, and University of Agder Norway and Edibon Interantional S.A., grace of ME1