Numa Debuts at the 9th "Taishan Cup" National Medical Imaging Technology Professional College Students (Undergraduate) Practical Skills Competition

In response to the new requirements for medical education reform proposed in the “Guiding Opinions on Accelerating the Innovation and Development of Medical Education” issued by the General Office of the State Council, and to deepen the reform of undergraduate medical imaging technology education across the country, promote communication and cooperation among universities, and accelerate the cultivation of medical imaging professionals with excellent medical ethics and advanced professional skills. The final of the 9th “Taishan Cup” National Medical Imaging Technology Professional Student Practical Skills Competition was held from August 26 to August 27 at Shandong First Medical University (Shandong Academy of Medical Sciences).

The final competition involved 36 universities and 149 students, who competed in two major categories: mandatory competition projects (DR examination technology, CT examination technology, MR examination technology) and elective competition projects (ultrasound examination technology, medical image processing). Shandong First Medical University, Shaanxi University of Chinese Medicine, and Chongqing Medical University tied for the first place in the team category.

As one of the sponsors of this event, Newmai Analysis showcased a range of application solutions including small animal MRI scanners and MRI imaging technology experimental instruments at the conference.

The MRI imaging technology experimental teaching platform is a highly flexible, integrative teaching solution launched by Newmai. It combines Newmai’s next-generation MRI imaging technology experimental instruments. This platform supports undergraduate and graduate teaching in areas such as MRI principles, MRI system architecture, MRI hardware structure, MRI software, MRI imaging, image processing, algorithm analysis and development, and sequence development. It also simulates medical MRI equipment for related experiments. The platform offers the option to choose the next-generation EDUMR MRI imaging technology experimental instrument EDUMR20-015V-I or the small animal MRI scanner NM21-040H-I, providing services for both teaching and research.

Low-field MRI equipment is characterized by its small size, low cost, ease of maintenance, no maintenance cost, and no need for shielding. It offers experimental solutions suitable for student teaching, meeting the requirements of educational experiments. It is suitable for students in physics, medical physics, and medical imaging-related majors.

Some Users and Outcomes of Newmai MRI Experimental Teaching Platform

 

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