en.Wedoany.com Reported - On July 12, the Thai government announced that it will leverage its existing electronics manufacturing base to accelerate the construction of digital infrastructure, energy systems, R&D platforms, and talent systems required for the artificial intelligence and semiconductor industries, driving Thailand's transformation from a traditional electronics production and assembly base into a regional hub for AI and advanced semiconductor manufacturing.
The focus proposed by the Thai government this time is not limited to expanding electronics exports, but rather to fill the gaps in infrastructure conditions that support high-end chip manufacturing, data centers, and AI computing. Semiconductor factories and large data centers are both high-power-consumption, high-continuity operation facilities, imposing high requirements on power capacity, power supply stability, and supporting transmission and distribution systems. Thailand has listed energy infrastructure as a key link in industrial upgrading, providing support for subsequent wafer manufacturing, advanced packaging, chip testing, and AI computing facility construction.
Digital infrastructure will also become a construction priority. With the increasing demand for AI servers, data storage, and high-performance computing, Thailand needs to further improve data centers, communication networks, and related digital service facilities, enabling chip manufacturing, industrial production, and AI applications to form a more complete connection system. Existing automotive, energy, data center, and industrial manufacturing industries will provide application demand for power semiconductors, sensors, analog chips, and other advanced electronic components.
In terms of semiconductor industry layout, Thailand has identified power semiconductors, sensors, photonics, analog chips, packaging and testing, integrated circuit design, and advanced electronics as key directions. Compared to simply undertaking electronics assembly, these links impose higher requirements on cleanrooms, precision manufacturing equipment, testing systems, automated production lines, and engineering technical personnel, and will also drive Thailand's semiconductor industry to gradually extend from downstream manufacturing to higher-value segments such as chip design, wafer production, and advanced packaging.
The Thailand National Semiconductor and Advanced Electronics Policy Committee is reviewing a long-term industrial strategy aimed at establishing a more complete domestic semiconductor ecosystem. In addition to continuing to expand packaging, testing, and electronics manufacturing capabilities, Thailand also plans to promote the development of upstream segments such as wafer manufacturing, support local enterprises in participating in chip design, materials, equipment, and professional services, and reduce the problem of the industrial chain being concentrated in a single manufacturing segment for a long time.
Talent development will proceed in parallel with the expansion of factories and digital facilities. Advanced semiconductor production requires multiple types of professionals in equipment engineering, process control, automation, materials, chip design, and quality inspection, while the AI industry requires talents in data engineering, algorithms, networks, and system operations. The Thai government plans to expand engineering, digital, and technical skills training, and strengthen cooperation between research institutions and manufacturing enterprises to provide personnel support for future semiconductor factories, data centers, and advanced electronics production projects.
The International Monetary Fund lists Thailand as one of the world's major net exporters of AI-related hardware, including computer equipment and components, semiconductor manufacturing machinery, processors, and memory chips. The Thai government hopes to further strengthen local R&D, key component production, and industrial supporting facilities based on existing export and manufacturing capabilities, avoiding long-term stagnation in the processing and assembly stage.
According to long-term plans, Thailand aims to cultivate over 230,000 skilled personnel by 2050 and form an industrial system covering chip design, wafer manufacturing, packaging and testing, advanced electronics, data centers, and energy security. Currently, the government has not yet announced new specific factory, data center, or wafer manufacturing projects. The key progress in the next phase will focus on power and digital infrastructure construction, enhancement of industrial park carrying capacity, implementation of semiconductor projects, and cultivation of advanced manufacturing talent.
