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The MAVIS team of doctors and specialists will be present in the Pavilion on a daily basis, during the Health and Well-being Theme Week.
A pshysical body model will be used together with a hologram. The presentations will last approx. 5 minutes and the visitors will have the opportunity to learn about the artificial heart while observing the scientists work at assigned stations.

【Reflection】
This programme showcased significant achievements in both technological innovation and educational value through the development of an artificial heart. Notably, its character as an educational project stood out, with university students and research trainees actively engaged in the development process. Their fresh perspectives and creative approaches have accelerated progress. The unique design, combining a rotary pump with magnetic levitation technology, offers a groundbreaking solution to the long-standing challenges of blood damage and durability in conventional artificial hearts.

At the exhibition, the entire development process was presented – from initial design to rapid prototyping using 3D printing, functional testing with magnetic levitation, and performance evaluation with a vascular simulator. Visitors could directly witness prototypes taking shape and being tested, gaining an intuitive understanding of the complexity and precision of medical engineering. The modular team structure, led by experts in fluid dynamics, biomaterials, and clinical medicine, demonstrated efficient and flexible collaboration, which was highly praised.

Based in Romania, the project has established an international network with Germany, Austria, Belgium, and, in the future, Japan. Live demonstrations and discussions at the venue fostered exchanges with overseas researchers and healthcare professionals, expanding the potential for cross-border cooperation. As a result, this programme has proven to be a meaningful initiative, offering hope for the future of medicine by advancing both cutting-edge medical device development and talent cultivation.


【Post EXPO Initiatives】
The project will continue beyond the Expo, with a focus on clinical application. The next crucial step involves pre-clinical testing using a titanium artificial heart prototype, chosen for its biocompatibility and durability. These animal trials will provide further scientific validation and pave the way for potential patient use. Educationally, the project will maintain active student participation, nurturing the next generation of medical engineers.

International collaboration will also be deepened. In addition to strengthening partnerships with European counterparts, the team aims to expand knowledge-sharing and technical cooperation with Japan and other Asian countries. This will enhance the project’s capacity to address diverse healthcare needs and adapt to different regulatory environments.

Furthermore, the technologies used in this development – such as 3D printing and magnetic levitation – have potential applications in other medical devices and even non-medical industries. Building on the interest and networks gained during the Expo, the project plans to explore broader uses and joint initiatives.

Guided by the principle of delivering “solutions for all humanity”, the team will continue its mission across borders and disciplines, striving to improve the quality of life for people living with heart disease worldwide.