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From mobile networks, Wi-Fi, GPS to radar and artificial intelligence systems, ultra-high frequency technology is present in many essential technologies. The gathering of the worlds leading experts at Hanoi University of Science and Technology opens up opportunities for Vietnamese students and young scientists to access new knowledge, expand cooperation and get closer to the ability to master technology. Download Prof. Dr. Vu Van Yem said that ultra-high frequency technology directly affects research, production as well as economic development - Photo: VGP/Thu Trang Technology is present in daily life At the IEEE MTT-S IMWS-AMP 2026 International Conference on Ultra High Frequency Technology for Southeast Asia hosted by Hanoi University of Science and Technology, Prof. Dr. Vu Van Yem, Deputy Director of Hanoi University of Science and Technology, said in detail Ultrahigh frequency engineering is the field of research and control of radio waves at high frequencies, serving communication, positioning, exploration and energy transmission. The name seems specialized, but the applications of this field are very close to real life. Mobile network generations from 2G, 3G, 4G, 5G and moving towards 6G all need antennas and radio transceiver devices. Home Wi-Fi, GPS on phones, aviation radar, satellite information, digital television and remote sensing are also developed on this platform. In aviation, radar and radio equipment help aircraft connect to ground control systems. In remote sensing, data from satellites is used to build maps, monitor the environment, and manage resources. Sensor systems in factories, vehicles or smart cities also need wireless connections to exchange data. According to Prof. Dr. Vu Van Yem, ultra-high frequency technology is a specialized direction of the electronics and telecommunications industry, but has a wide range of applications and directly affects research, production as well as economic development. The rapid development of technology requires training that cannot only stop at providing skills to operate existing systems. The further goal is to form a team capable of designing equipment, researching new solutions and gradually mastering technology. This also requires linking training with laboratories, research activities and the actual needs of the business. Students need to approach specific problems, participate in product development and understand how technology can solve problems in life and production. Bringing young people closer to leading experts According to Prof. Dr. Vu Van Yem, one of the direct values of the conference is to create conditions for Vietnamese students, postgraduates and young scientists to access new technologies, research results and trends in the world. Young people not only listen to experts present, but can also discuss the topic they are pursuing, ask questions and receive professional suggestions. This is an opportunity that is difficult to obtain if only accessing knowledge through documents or published works. From initial connections, students and research groups can find partners, join cooperation networks, access exchange programs or opportunities for postgraduate study and research abroad. The participation of businesses also helps research topics closely follow actual needs, creating a premise for product development and technology transfer. Short-term idea presentation activities at the conference also help students practice their ability to express, criticize and persuade partners. According to Prof. Dr. Vu Van Yem, an idea that is close to application not only needs to have scientific value, but must also prove its feasibility and ability to solve practical problems. Download Dr. Manfred Schindler: Communication technology is becoming an essential part of artificial intelligence infrastructure Infrastructure for AI to operate From a broader perspective, Dr. Manfred Schindler, lifetime Fellow member of IEEE, honorary lifetime member of IEEE MTT-S, and former Vice Chairman of the IEEE Technical Activities Council, said that communication technology is becoming an essential part of the artificial intelligence infrastructure. For AI to work, devices and systems must be able to connect and exchange data with each other, Dr. Manfred Schindler analyzed. According to him, with the development of AI and sensor systems, the need for data transmission will continue to increase. This poses a need to research new frequency bands, including terahertz, while improving the efficiency of using existing frequency resources. Dr. Manfred Schindler commented that Vietnam is playing an increasingly clearer role in technology research and development. Connecting students, engineers and young scientists with a network of international experts will help Vietnam not only receive new knowledge, but also gradually participate in the development of future technologies. Thu Trang
