The main objective of this project is to create of a European online virtual and blended (hybrid) industrial design studio culture considering and integrating different technological and pedagogical aspects that would correspond with the outcomes of the practices of physical world design culture.
Other goals:
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JCR Journals
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International Conferences
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National Conferences
Virtual design studios provide a collaborative working environment for the participants. Collaborative work created by virtual design studios, students, educators or experts from their own or various disciplines come together for joint projects and learn to work in an interdisciplinary collaboration. In this project, students can carry out projects with communication at a local or global level and learn about different perspectives other than their own. The partnership considers the Industrial Design as an interface of Architecture and Engineering. Within this respect, function of innovative products considering the appropriate material, production method and mechanisms come across as the priority. A second goal is humanizing the appropriate industrial design solutions together with the economic aspects. The holistic approach should be primarily based on these issues. After covid 19 pandemic, all the industrial design studios must be done virtually regardless of the compliance with the expected outcomes of the studios. The studio cannot be regarded as a classical university course since it must cover several concepts in an interactive multidisciplinary way. Correct data is needed to establish the relationships in problem solving during industrial design phases. Conceptual Design (CD) is the most important part of a project, and it is the most difficult and least understood. Good CD means innovation, and an innovative design comes when one deliberately tries to create one. Thus, critical thinking on collected data at the early stage has a significant impact on the next stages. Students should be in an inquiry-based learning (IBL) style in order to develop their critical thinking skills.
Advanced mechanical design of robotic devices and kinematic - dynamic control performance