Teaching

Since founded in 1979, Department of Biotechnology and Laboratory Science in Medicine has been dedicated to cultivating high-quality elites in medical laboratory. The Department established the nationwide first master program of Institute of Biotechnology and Laboratory Science in Medicine in 1995, and the following PhD program in 2001.

Our department stands out as the pioneering Biomedical Engineering department (established in 2009) and graduate institute (established in 1984) among national universities in Taiwan. Over the years, we have cultivated numerous high-quality talents with expertise and cross-disciplinary capabilities, who have made significant contributions in various sectors including industry, academia, and government healthcare departments.

The Department of Physical Therapy was established in 1988, initially named the Department of Rehabilitation Medicine. The department evolved from a small Rehabilitation Medicine department admitting only twenty-five students per year to the establishment of a physical therapy department, the establishment of a graduate institute, the subsequent merger with the Institute of Rehabilitation Technology and Assistive Devices, and later the establishment of a doctoral program.

In 1990, the university established the Radiological Technology Division under the Department of Medical Technology. In 1998, the division was upgraded to the Department of Radiological Technology and simultaneously founded Taiwan's first Graduate Institute of Radiological Sciences, enrolling its first cohort of master's students. In 2002, a doctoral program was launched. In 2006, merging into a unified entity and renamed the Department of Biomedical Imaging and Radiological Sciences.

The Institute of Biophotonics at National Yang-Ming University, and the corresponding Master program was established in the fall of 2002. The PhD program followed in 2007 in an effort to catch up with the now fast evolving discipline of biophotonics in Taiwan. The institute is strongly supported by the vibrant academic environment within the University and its vicinity, which form one of the best bio-medical research complexes in Taiwan, and Asia.

The program was established in August 2013, focusing on physics and chemistry as the foundation for the development of biomedical optoelectronics and nanoscience. It integrates the faculty and resources of the Institute of Biomedical Optoelectronics to cultivate outstanding talents who excel in both basic and applied sciences at the undergraduate level.

The program is led by a director who oversees and plans the development and direction of the program. In addition to administrative operations, there is also a program committee, which holds meetings each semester to discuss and make decisions on all major matters related to the program.





 



#Artificial Intelligence   #Mathematical Statistics   #Medical Image   #Digital Health




 

VISIT WEBSITE

In response to the aging population and the growing demand for personalized healthcare, the government promotes the development of innovative smart medical devices and the integration of health and medical services. The medical device industry combines interdisciplinary technologies such as biomedical science, computer science, electrical engineering, mechanical engineering, optics, chemical engineering, and materials science. It is characterized by low-volume, high-variety production. However, domestic universities tend to focus more on theoretical and basic sciences, with limited emphasis on industrial applications and translational medicine. As a result, graduates often struggle to align with industry needs and effectively contribute to industry advancements.



To address this gap, the National Yang Ming University School of Biomedical Sciences and Engineering (the School) has established the "Medical Device Technology and Biomedical Imaging Technology Industry Elite Ph.D. Program" (the Program), in line with the Ministry of Education’s plan. This program follows an industry-academia collaboration model, aiming to cultivate high-level medical device professionals with expertise in practical applications, market needs, and innovation, thereby supporting the development of Taiwan’s advanced biotechnology and medical industries. The Program incorporates industry internships and fosters collaboration with the School’s departments and industry partners. It was later renamed the "Biomedical and Engineering Technology Industry Ph.D. Program." Officially launched in the 106th academic year, the Program aims to bridge the gap between academia and industry while training practical research and development talent.






 
VISIT THE IPBSE WEBSITE

Focusing on academic research as the foundation and industrial and clinical applications as the core, we integrate the interdisciplinary R&D capabilities of our School of Biomedical Sciences and Engineering and other internal and external partners. We engage in cutting-edge, innovative medical device fundamental research and foster collaboration in industry, healthcare, academia, and research for product development and talent cultivation, jointly creating high-quality innovative medical devices.



 



#Basic Science   #Personnel Cultivation   #Translational Medicine
#Innovative Medical Devices   #Multi-Disciplinary Academy-Industry Collaborations




 

Visit the BERDC Website

　　“Research Center on International Classification of Functioning, Disability and Health (ICF) and Assistive Technology (RICFAT)” of NYCU.



In 2001, ROC Ministry of Interior entrusted the establishment & management of CATR@P to “Research Center on International Classification of Functioning, Disability and Health (ICF) and Assistive Technology (RICFAT)” of National Yang-Ming University. The center’s competent authority was changed to “Social and Family Affairs Administration, Ministry of Health & Welfare” due to reorganization of the Executive Yuan in July, 2013. CATR@P serves central and local governments and the society by providing professional consultation in terms of services, research, development and application of AT related to welfare, long-term care, special education, job accommodation, healthcare, and rehabilitation, and by assisting in policy making. CATR@P contributes to the achievement of central and local governments of building up the network of local AT centers all around the nation and provides seamless support for enhancing AT services. The most important thing is to establish great infrastructure for the society. CATR@P “Think Globally, Act Locally” and wish Taiwan experience of AT services soon will be seen by the world.




 

Visit the RICFAT Website