Research Scope
實驗室研究範疇 ：創新電子元件、電子電路、電子系統開發
Research Projects and Key Technologies: Wearable Devices and IoT Applications, Implantable Devices, Non-contact Signal Sensing, Development of Passive Sensing Elements, Flexible Electronics, Artificial Intelligence of Things (AIoT), Edge Computing, Hardware Accelerator, Smart Robots, Electronic Circuit Design
Research scope of Wang's group includes the following areas
(1) Sensing technology
In vitro sensing/imaging - Wearable Sensors
-Wearable tumor sensors
-Wearable wound sensors
-Flexible electronics
- Handheld fully non-skin touch lower extremity arterial scanning sensor
-Wearable edema sensors for circulation monitoring
-Non-invasive glucose sensors for diabetes monitoring
-Wearable patch-worn type carotid arterial stenosis and arteriosclerosis sensor
-Wearable patch device for cardiovascular imaging
-Handheld stroke imaging system
-Smart badminton insoles & Smart badminton racket
-Non-contact electromagnetic patch for all-in-one heart and lung disease monitoring
-Not limited as mentioned above, several topics are ongoing without disclosure, please contact Prof. Wang if you are interested in related fields.
Implantable Sensors
-Wireless implantable battery-free sensors for long-term monitoring
-Not limited as mentioned above, several topics are ongoing without disclosure, please contact Prof. Wang if you are interested in related projects.
(2) Prediction technology
By using self-made circuit sensing devices to capture signals for AI model development and training, and then using these models to diagnose diseases, embedded systems, and edge computing.
-Example: Intelligent Bio-Impedance System for Personalized Continuous Blood Pressure Measurement
-Not limited as mentioned above, several topics are ongoing without disclosure, please contact Prof. Wang if you are interested in related projects.
(3) Treatment technology
Treatment through the design of magnetic, electrical, and optical emission circuit devices
-Example: Cardiac Influence of Repetitive Transcranial Magnetic Stimulation in Small Animals
-Not limited as mentioned above, several topics are ongoing without disclosure, please contact Prof. Wang if you are interested in related projects.
What can you learn?
A comprehensive learning experience in developing cutting-edge technologies by addressing user's unmet needs through integrating
electrical engineering, computer science, medical technology, and material science.
Development Workflow:
Unmet technical, clinical, or user needs → Comparative analysis of current technologies, identifying advantages and limitations →
→ Development of innovative technology solutions → Solution design → Implementation → Validation → Engineering optimization
→ Real-world application.
We are seeking highly motivated students (in BS, MS, and PhD programs), postdoctoral researchers, and visiting scholars interested in biomedical devices/systems and artificial intelligence, who are enthusiastic about collaborating with medical doctors and industry companies to join our group! Participating students will receive laboratory training on designing biomedical devices, even without prior electronics experience. If you are interested in our research, don't hesitate to get in touch with Professor Wang by email at wangtw@mx.nthu.edu.tw.
◉ We welcome like-minded partners to join us:
Undergraduate and graduate students, doctoral students, and clinicians who are passionate about developing electronic devices, hardware and software development, and system integration are encouraged to contact the professors to discuss joining the lab.