Instrument, System and Chip Group
The main research field of Instrumentation Systems Group is biomedical engineering, and the main goal of our research is to make people live healthier and happier. As you know, biomedical engineering is a wide topic and is related to many other fields, such as hardware, software, and material. According to the expertise of our faculty, the research directions can be summarized as follows:
- Micro-nanotechnology related gene chip and system, development of instrumentation and system
- Biomedical electronic system, Electromagnetic thermotherapy system, Nondestructive Testing, High-power (kW) wireless power transmission
- Biomedical MEMS system, Biomedical chip
- Flexible panel circuit design, Renewable energy IC design、Biomedical electronic Assistive Device
- Biomedical Instrumentation for Chinese and Western Medicine, Scientific Assistive Device, Cell Model Simulation
- Biomedical IC design, power management IC design,conductance catheter
- Machine learning, data mining, gene regulation, system biology, social web design, apps programming
- Wireless sensing network, integrated RF front-end circuits for biomedical applications, LTCC module, wireless charging, Internet of thing (IoT), flexible implantable antenna, and energy harvesting.
- Implantable bio-signal acquisition system-on-chip (SOC), micro-stimulation SOC, wearable wireless communication SOC
Integrated Display Circuit and Bio-System Application
Advisor：Chih-Lung Lin Distinguished Professor
Communication and Biologic Integrated Circuit Laboratory (CBIC Lab.)
Advisor：Shuenn-Yuh Lee Distinguished Professor
非破壞檢測實驗室暨奈米生醫整合系統實驗室
Advisor：Cheng-Chi Tai Professor
LifeChip Laboratory
Advisor：Ling-Sheng Jang Professor
Biomedical Electronics Lab
Advisor：Chia-Ling Wei Professor
Wireless Integrated Systems and Biomedical Applications Lab
Advisor：Chin-Lung Yang Professor
miCromachined Acoustic Transducers for novel ultraSound applications(CATS) Lab
Advisor：Chih-Hsien Huang Professor
This lab’s research is based on ultrasound and combines processes, hardware, and software. We focus on developing components and systems such as medical imaging systems, ultrasonic droplet levitation devices, aquaculture environment monitoring, real-time environmental temperature monitoring, and tactile feedback devices.
