IN Brief:
- Thailand's three-stage roadmap aims to establish a more complete domestic semiconductor supply chain by 2050.
- Priority technologies include photonics, power semiconductors, and sensors, alongside advanced packaging and future wafer production.
- The strategy targets about $80 billion of cumulative investment and more than 230,000 additional jobs by 2050.
Thailand has approved its first national semiconductor and advanced electronics strategy, setting out a three-stage programme intended to expand the country’s role from established electronics manufacturing into more chip design, advanced packaging, and front-end semiconductor production.
The National Semiconductor and Advanced Electronics Policy Board approved the framework on 24 September. The strategy targets about $80 billion in cumulative semiconductor investment by 2050, annual industry revenue of roughly $150 billion, and more than 230,000 additional jobs.
The programme sets milestones for 2030, 2040, and 2050. During the first phase, Thailand intends to reinforce its existing assembly and test operations, expand advanced packaging, and establish foundations for front-end wafer production.
By 2040, the government plans to seek further anchor investment in chip design, wafer fabrication, and advanced technology manufacturing. The 2050 objective is a more complete domestic supply chain in which Thai companies also participate in development and higher-value semiconductor activity.
Three technology platforms have been identified as priorities: photonics, power semiconductors, and sensors. The strategy links photonics to AI infrastructure, data centres, and high-speed communications, while power devices are connected to electric vehicles, energy storage, and electricity networks.
Sensor development is intended to build on Thailand’s existing microelectromechanical systems capabilities and support connected equipment, automation, automotive electronics, smart devices, and medical applications.
The selected technologies align semiconductor development with industries already present in the country rather than attempting to compete across every device class. Power electronics and sensors have direct connections to Thailand’s automotive and industrial manufacturing base, while photonics provides exposure to communications and AI infrastructure.
Implementation is planned around five mechanisms covering financial incentives, workforce development, research and chip-design infrastructure, investment-ready industrial sites, and regulatory reform. Proposed support includes tax measures, grants, low-interest finance, reliable electricity and water supplies, clean energy, and resilience measures for semiconductor locations.
Workforce capacity is a substantial part of the programme. A scheme coordinated through the Ministry of Higher Education, Science, Research and Innovation aims to develop 86,600 people by 2030, including about 84,900 highly skilled personnel and 1,700 advanced researchers.
The proposed training includes specialised curricula, industrial placements, overseas programmes, and development for faculty members, researchers, and technical instructors. Semiconductor production depends on process engineers, equipment specialists, packaging expertise, product engineers, designers, and technicians as well as the capital equipment installed inside a factory.
Thailand’s Board of Investment says the strategy builds on an existing investment pipeline. From 2023 through the first half of 2026, it received promotion applications for 879 semiconductor and advanced electronics projects worth about $27.2 billion.
The applications cover several stages of semiconductor production as well as printed circuit boards, hard disk drives, AI servers, networking equipment, power-management electronics, and vehicle components. The policy is therefore intended to add upstream and higher-value activity to an electronics base that is already substantial.
The targets remain policy objectives rather than committed production capacity. Semiconductor projects compete internationally for specialist labour, equipment, infrastructure, customers, and long term capital, while wafer fabrication and advanced packaging plants can take several years to move from an investment decision into stable production.
The nearer-term 2030 milestones provide the first practical measure of the programme. Growth in advanced packaging, progress towards front-end manufacturing, workforce expansion, and conversion of promoted investment into operating facilities will show how quickly the strategy moves beyond the planning stage.
Thailand is consequently seeking a broader position in the semiconductor chain without relying solely on leading-edge logic fabrication. Whether photonics, power devices, sensors, and packaging can provide that route will depend on the industrial projects and technical capability assembled during the first phase of the roadmap.
