Taiwan Tech sets to expand cutting-edgy technology hosting "Taiwan Tech Pavilion showcasing innovation capacity power if the university
National Taiwan University of Science and Technology (Taiwan Tech) invites 13 leading research teams from Taiwan Tech to showcase innovative technology products at “Taiwan Tech Pavilion” held from Dec 5-8th, 2019 on the 4th floor of Nangang Exhibtion Hall 2 to promote and raise awareness of Academia-collaboration research capacity of Taiwan Tech. Over 5,000 visitors flooded into the Pavilion at this 4-day event.
The opening tea ceremony was graced with the presence of Taiwan Tech President Liao, Ching-Jong, Vice President Chu Jinn, Chairman of Graduate Institute of Biomedical Engineering Hsu Hsin, Dean of Industry-Academia Collaboration Chiu, Huang-Jen and Vice Dean of Industry-Academia Collaboration Alex Wei.
President Liao revealed at the opening event that Taiwan Tech is acknowledged as a leading pioneer among technologically advanced universities in Taiwan. Taiwan Tech's practical education and applied research are also highly valued by Taiwan's industries. It has been rated among the top five universities in Taiwan by 1,000 large enterprises. Not only that, we focus on delivering the prospective overview with an International outlook and creative vision to train students. Therefore, we expect this event will gain a positive response from the visitors who are experts from BIO related innovation industry today, Tawain Tech can be seen from these variety of Innovation technology capacity. We hope that the visitors will find interesting products and possible cooperation opportunities.
【Highlights of “Taiwan Tech Pavilion】
Winner of the 16th National Innovation Awards-Metallic glass on medical needles led by Dr. Jinn Chu research Team
It’s an application of surface coating as durable lubricity and non-stick properties. Thin-film metallic glasses (TMGs) are amorphous alloys with many possible compositions which enables fine tuning of desired properties. Outstanding properties of thin film metallic glasses are: Low friction, low surface energy, non-stickiness, high toughness, high hardness, good corrosion resistance as well as good wear resistance.
Winner of the 15th National Innovation Awards-Universal microbubbles based combined medical device for promoting local drug delivery led by Dr. Ai-Ho Liao research team
With the innovation of medical detection and diagnostics, new ways to help improve treatment efficiency is important. The universal microbubbles (MB) based combined medical device for promoting local drug delivery. The invention provides an external type MB ultrasound contrast agent of topical uses. The MB ultrasound contrast agent may be applied to a topical region of the body surface of the living body by coating, a non-invasive way, instead of using injection. he MB ultrasound contrast agent may be widely used in medical or beautification fields, to help strengthen the absorption of painkillers after surgery or the absorption of beauty care ingredients.
Winner of the 2019 IEEE ISBI ACDC International Medical Imaging AI Competition- Real time AI for Medical Imaging and Computer Vision
The AI Explore team led by Prof Ching-Wei Wang in the 2019 IEEE ISBI ACDC International Medical Imaging AI Competition defeats 435 teams worldwide (including 49 international AI companies) and ranks top 1.8% worldwide. Professor Ching-Wei Wang's team developed the ultra-high-speed terapixel image AI platform, which analyzes gigapixel whole slide pathological images in seconds. In addition to the amazing speed, its accuracy is outstanding, defeating 435 teams worldwide, including 49 AI company, and outperforms the AI systems by world leading AI teams in the United States, the University of Maryland, Russia SKYCHAIN, London St. Mary's University and other top European and American AI teams.
The opening tea ceremony of
Taiwan Tech Pavilion
Dr. Shang-Chih Lin was interviewed
by the local Media
Taiwan Tech Pavilion ended successfully with a great number of visitors.
List of Taiwan Tech research teams
|
No. |
Team |
Project |
|
1 |
Prof. Jinn P. Chu Vice President Dept. of Materials Sci. and Eng., Distinguished Professor Nanotechnology Center, Director |
Surface Treatment for Lubricity and Non-stick Medical Tools |
|
2 |
Prof. Hsu Hsin Professor, Graduate Institute of Biomedical Engineering |
Ring type and wrist-belt type wearable devices for physiological condition monitoring |
|
3 |
Prof. Ai-Ho, Liao Professor, Graduate Institute of Biomedical Engineering |
Universal microbubbles based combined medical device for promoting local drug delivery |
|
4 |
Prof. Ching-Wei Wang Professor, Graduate Institute of Biomedical Engineering Founder, AIExplore |
Medical Imaging and Computer Vision
|
|
5 |
Prof. Shang-Chih Lin Assistant Professor, Institute of Biomedical Engineering |
Digital Service Platform for Functional Insoles and Shoes
|
|
6 |
Prof. Wei-Chun Hsu Professor, Institute of Biomedical Engineering |
Smart Sports Healthcare Equipment Verification Technology Platform |
|
7 |
Prof. Yuan-Hsiang Lin Electronic and Computer Engineering |
Design of Biomedical Measurement Systems |
|
8 |
Prof. Wang, Fu-Ming Associate Professor, Graduate Institute of Applied Science and Technology |
High sensitive electrochemical immunosensor for ovarian cancer |
|
9 |
Dr. Chung-Hsien Kuo Professor and Chairman, Department of Electrical Engineering Director, Taiwan TECH Industry 4.0 Center |
AGV for Medical Logistics |
|
10 |
Prof. Hua, Kai-Lung Vice Dean, College of Electrical Engineering and Computer Science Director, Research Center for Information Technology Innovation |
AI-aided Diagnosis and Monitoring |
|
11 |
Prof. Chih-Yuan Yao Assistant Professor. DEPT. of Computer Science and Information Engineering. |
Medical Image 3D Reconstruction |
|
12 |
Prof. Chen-Yu Kao Assistant Professor, Institute of Biomedical Engineering |
Developing a Novel Platform Technology that Can Culture Helicobacter Pylori in a Simulated Gastric Environment and its Potential Application in the pharmaceutical and Food Industries |
|
13 |
Prof. Meng-Yi Bai Professor, Institute of Biomedical Engineering |
Development and evaluation of a compressed foam patch with anti-adhesive, highly adsorbent, and fast hemostatic function
|