As a successful businessman, whose products sell well in the US and China, Dr Tu Trung Chan plans to bring the technology of producing semi-conductor parts and lighting chips to Vietnam. A US$9.5 million factory is now under construction in Vietnam to facilitate the process.
The technology that Dr Chan plans to bring to Vietnam is some of the leading technology in the world. It enables the production of semi-conductor parts and lighting chips which are widely applied in communications, lighting, medical and military technology.
Mr Chan explains: "To produce semi-conductor parts, we need wafer - a material extracted from pure sand. We also use Gallium Arsenide (GaAs) and Gallium Nitride (GaN) mixed with Indium Phosphite (InP)."
These semi-conductor parts will be used for producing traffic lights, signaling lights and advertisement boards.
Meanwhile, the dust-sized lighting chips are widely used in communications, laser printers, DVD and VCD players, fax, telephones, computers and TVs. In particular, lighting chips are successfully applied in medical treatment to find DNA mutations, cancer diagnosis and treatment, and treating cells which cause cancer.
The world-leading technology has reaped significant benefits for producers in the US, the Republic of Korea, Japan, Taiwan and China. If the technology is produced domestically, Vietnam can sell cheaper lighting chips directly to world markets, which would be a breakthrough for Vietnam’s science sector and the economy in general.
Dr Chan is planning to move his factory that produces Semco Laser Technology semi-conductor parts in Guang Zhou, China to Vietnam. Before that happens, however, the training of pilot staff at Ho Chi Minh City University of Polytechnics must be completed.
Having settled in the US in 1981, Dr Chan began his university studies when he was 26. Experiencing financial difficulty, he frankly asked his professors which subjects would earn the most money after graduation. They told him photo-electricity, adding that this subject is difficult.
Dr Chan agreed, enrolled in the course and soon became interest in the subject. Though he experienced difficulties in the first days, Dr Chan was lucky to meet Professor Harold Manasevit, a leading scientist who invented semi-conductor parts that could be used to study the field more practically.
Thanks to Professor Harold’s recommendation, he worked for a leading institute that used the technology. This group had researched more than 100 subjects about semi-conductors. Dr Chan himself released a subject on short-cutting the procedure of producing wafer – the basic material required to produce chips. This experience helped Dr Chan successfully wrote his doctorate thesis on quantum physics in 1991. He then became member of the Institute’s scientific board.
Later on, Dr Chan gave lectures at Pasadena University, California. In 1996, he made his dream come true by building a US$5 million factory in China. The Semco Laser Technology factory can produce 240,000 chips per day.
Talking about the plan to move the factory to Vietnam, Dr Chan said "I did not build a factory in Vietnam at that time because of some unfavourable conditions. Now that the country is facilitating the integration process, offering more investment incentives and cheap labour costs, I think it is the right time to build a factory in Vietnam. And one other thing, I’m a Vietnamese too and serving the homeland is always the desire of all Vietnamese."
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I wish to see more people like him returning home to rebuild the country. At the moment I think the government has to relax its political policies a bit. If they want more investments from oversea Vietnamese.