Human Digital Twin
Patient demographics, symptoms, physiological signals, genomic profiles, imaging, and diagnostic data are collected as the foundation for modeling. Building on this, the 5D framework (Dynamic diagnostics, Devices and Drugs in combination with big Databases in Digital twins) is integrated with AI technologies to simulate each individual’s physiological state and construct a personalized medical digital twin. Dynamic physiological signals captured by sensors undergo continuous analysis in real time through AI in conjunction with the digital twin model. Within this virtual environment, new drug development and treatment outcomes can be simulated, enabling the prediction of potential complications and health trajectories. These insights support clinicians in the real world by enhancing medical decision-making and enabling the development of precise, tailor-made treatment plans. In doing so, the model advances a vision of healthcare that is participatory, preventive, predictive, and personalized, delivering truly precise medical care.
Seamless Health care
Through sensors that continuously capture individual physiological data, information is connected to a cloud platform and analyzed against digital twin models for real-time assessment and clinical insight. In emergency situations, the system automatically issues alerts, allowing medical teams to respond swiftly, arrange emergency interventions, and coordinate immediate care based on real-time data, ensuring uninterrupted and seamless treatment. By integrating virtual reality and telehealth systems, cross-border medical record exchange and international consultations become possible, offering patients a comprehensive and human-centered healthcare experience.
Innovative mockup
Jumin Hospital remains committed to integrating the world-class faculty and research excellence of NYCU, actively fostering industry–academia collaboration to build an innovative simulation platform. This approach accelerates the translation of research outcomes into real-world applications, advancing breakthroughs in biomedical engineering and enabling practical implementation. Ultimately, it brings patients a safer, smarter, and more human-centered healthcare experience.
Jumin Hospital’s pursuit of innovation is not constrained by time or space. Even during the construction phase, simulated outpatient and inpatient environments are established in advance, allowing continuous refinement of equipment, workflows, and patient experience before opening. At the same time, by leveraging NYCU’s exceptional talent and research capabilities, the Hospital fosters industry–academia collaboration to accelerate the translation of research into real-world applications, drive breakthroughs in biomedical engineering, and bring forth pioneering products, opening a new chapter in healthcare.
