At the panel discussion, several high-quality presentations with in-depth academic insights and thought-provoking perspectives were delivered by esteemed speakers from the academic community. These presentations garnered significant interest and engagement from attendees, leading to active discussions and exchanges between participants and speakers. The discussions focused on various practical issues, addressing both immediate challenges and long-term visions in the education sector.
Doing research at TDTU
With the goal of developing into a world-class research university, scientific and technological activities at TDTU are organized according to international standards with the following directions:
-Basic research: Research outcomes must result in publications in top-tier, reputable journals listed in WoS or Scopus databases.
-Technology research: Research outcomes must successfully address practical issues, with the results being new designs, patents, or inventions granted patents by the United States Patent and Trademark Office (USPTO).
-Applied research: Research activities are closely linked with businesses to transfer research products into practical applications.
TDTU has announced the establishment of five strong research groups:
- Analytical and Algebraic Methods in Optimization Research Group (Faculty of Mathematics & Statistics)
- Mechanics of Advanced Materials and Structures (Institute for Advanced Study in Technology)
- Laboratory of Biophysics (Institute for Advanced Study in Technology)
- Advanced Intelligent Technology Research Group (Faculty of Electrical & Electronics Engineering)
- Group of Applied Research in Advanced Materials for Sustainable Development (Faculty of Applied Sciences)
The strong research groups were established with the mission of fostering innovation, conducting cutting-edge research, and transferring technology to develop advanced technological solutions and build a robust science and technology foundation.
The Forum brought a lot of useful information, updating the development of the global semiconductor industry, new trends in chip design and manufacturing, as well as the impact of semiconductors on other fields such as artificial intelligence, Internet of Things (IoT), and automation.