Biomedical Instrumentation focuses on the research and development of smart interventional tools, micro-manipulation, wearable/implantable sensing, robotics and intelligent point-of-care devices for the prevention, early diagnosis, minimally invasive treatment and personalized intervention of diseases. Future development of biomedical instrumentation requires multidisciplinary collaboration of electronic engineering, computer science, precision-instrumentation, basic science disciplines and medicine. By leveraging the latest developments in sensing, micro-fabrication, bio-electronics and allied technologies including machine learning, biophotonics, and nanotechnology, our research paves the way for the future development of precision medicine.
Core Competencies
· Robot-assisted navigation in surgery
· Minimally invasive surgical robots
· Thermal physiotherapy
· Thermo-sensitive drug delivery
· Cardiovascular imaging and physiology
· Multidimensional medical imaging processing
· Biomedical signal processing
· Hemodynamic analysis
· Biomedical ultrasound
· Physical therapy technology and clinical application
· Design and standardization of medical devices
Application Areas
· Guidance of interventional and surgical procedures
· Tumor and cancer treatment
· Cardiology and vascular diseases
· Nervous system diseases
· Disability and rehabilitation
· Visual dysfunction
Primary Faculty
Yazhu Chen |
Xuemin Xu |
Guanɡzhonɡ Yanɡ |
Dahonɡ Qian |
Xunbin Wei |
Guoyan Zhenɡ |
Shanbao Tonɡ |
Xinyu Chai |
Peiji Lianɡ |
Ninɡ Lan |
Lixu Gu |
Jinɡfenɡ Bai |
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Pinɡ Liu |
Aili Zhanɡ |
Yao Chen |
Shenɡxian Tu |
Guofenɡ Shen |
Liminɡ Li |
Hao He |
Junfenɡ Sun |
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Fu Wanɡ |
Chonɡchao Wu |
Jianlonɡ Yanɡ |
Su Zhanɡ |
Xiaohonɡ Sui |
Xiaoli Guo |
Penɡ Miao |
Bobo Gu |
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Yao Guo |
Lina Zhanɡ |
Hailonɡ Yu |
Ronɡ Tao |
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Shiqinɡ Zhao |
Jianqi Sun |
Xianɡ Ji |
Jinchenɡ Zou |