This is a fairly attractive income level. Meanwhile, one of the biggest challenges facing Vietnam's semiconductor industry in general, and Ho Chi Minh City in particular, is a serious shortage of human resources. "This situation not only affects the ability to fill key positions, replace and supplement the aging workforce, and develop new technological products, but in the long run, it could hinder the development speed of the entire semiconductor industry and affect Vietnam's competitiveness," commented Mr. Nguyen Anh Tuan, M.Sc.
Given the shortage of human resources, Mr. Nguyen Anh Tuan proposed that colleges and universities in Ho Chi Minh City in general, and the University of Science - VNU-HCM in particular, should increase the number of training programs related to the semiconductor field, such as semiconductor technology and semiconductor design engineering. Simultaneously, the Ho Chi Minh City Semiconductor Technology Association will connect semiconductor communities with universities and facilitate international business cooperation in training, research, and production.
According to experts, the upgrading of Vietnam-US relations has opened up huge opportunities for Vietnam's semiconductor industry. Many businesses are taking advantage of this cooperation to boost training and human resource development.
Associate Professor Vu Thi Hanh Thu, from the Department of Physics - Engineering Physics, Faculty of Science - Vietnam National University Ho Chi Minh City, stated that the university will build a semiconductor and nanophotonics technology laboratory in 2024.
As a pioneer in semiconductor microchip education and training, Professor Dang Luong Mo hopes that businesses and schools will not only train skilled workers but also guide them to become breakthrough development agents. "Schools need to encourage students to conduct more research and professional development projects; helping students to understand semiconductor microchips correctly and more deeply," Professor Dang Luong Mo emphasized.
Speaking at the workshop "Current Situation and Solutions in Human Resource Training and Research and Development in the Semiconductor Microchip Field in Vietnam: Vision 2045," Associate Professor Dr. Vu Thi Hanh Thu, Faculty of Physics - Engineering Physics, University of Science - Vietnam National University Ho Chi Minh City, stated that the university has planned to develop training for students in this field. Specifically, the university is developing a semiconductor technology training program for the new academic year; establishing a semiconductor and nanophotonics technology laboratory by 2024; and strengthening cooperation to attract highly qualified graduates from abroad with relevant expertise for training and research in the semiconductor technology field.
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