KUAS Uzumasa, South Building 5th Floor, Electrical Machines and Drive Systems Laboratory

EMDS Lab Participation in KUAS Open Campus Event

Date: June 8, 2025

Kyoto University of Advanced Science (KUAS) hosted an Open Campus event for prospective students, providing visitors with the opportunity to explore the university’s academic environment, research facilities, and educational programs. As part of this event, the Electrical Machines and Drive Systems (EMDS) Laboratory participated by showcasing its ongoing research activities and educational initiatives.

During the Open Campus, the EMDS Laboratory welcomed visitors interested in mechanical, electrical, and energy-related engineering fields. The laboratory introduced its core research areas, including electric machine design, motor control systems, and renewable energy technologies, highlighting their relevance to modern transportation and sustainable energy systems.

Professor Kucuk conducted an interactive session for prospective students, explaining fundamental concepts related to electric machines and drive systems. Through clear explanations and practical examples, he introduced topics such as the principles of electric motor operation, control strategies for efficient energy conversion, and the role of renewable energy systems in future engineering applications.

The session also emphasized how these technologies are applied in real-world systems, including electric vehicles, industrial automation, and renewable energy integration. Visitors were encouraged to ask questions and engage in discussions, helping them gain a deeper understanding of the field and the type of research conducted at the EMDS Laboratory.

The Open Campus event served as a valuable platform for the EMDS Laboratory to connect with future students, share its research vision, and demonstrate how theoretical knowledge is combined with practical experimentation at KUAS. The laboratory hopes that this interaction inspired students to pursue studies and research in electric machines, drive systems, and sustainable energy technologies.



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