To address the rapidly growing demand for semiconductors driven by Artificial Intelligence (AI) and High-Performance Computing (HPC), Asia University and Siliconware Precision Industries Co., Ltd. (SPIL) announced in March 2026 that they will deepen their industry–academia collaboration. The two parties will jointly establish a “Semiconductor Packaging Pilot Production Line Platform” on campus, introducing enterprise-level equipment and training models into the university education system to cultivate semiconductor engineering talents who are ready for immediate employment in the industry.
The collaboration was jointly announced by Asia University President Tsai Chin-Fa and SPIL Chief Administrative Officer Chien Kun-Yi, marking a new milestone in industry–academia partnership. Through the concept of “bringing the production line into the campus,” students will be able to familiarize themselves with semiconductor packaging equipment and manufacturing processes during their studies. This initiative aims to shorten corporate training time for new employees while enhancing graduates’ competitiveness in the job market.
According to industry statistics, Taiwan’s semiconductor sector currently faces a shortage of more than 34,000 research and manufacturing professionals each month. The starting salary for new engineers has generally exceeded NT$50,000, highlighting the urgent demand for skilled professionals in the industry.
Asia University stated that in order to build a comprehensive semiconductor talent cultivation environment, the university has invested more than NT$30 million to establish related equipment and teaching facilities. By integrating campus resources, the university has developed a complete semiconductor practice environment that includes:
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Upstream: IC design and device simulation laboratories
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Midstream: Wafer fabrication equipment (such as thin-film deposition, photolithography, and etching)
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Downstream: Packaging and testing pilot production line platform
Through this collaboration, SPIL will also provide key packaging equipment such as wafer dicing machines, die bonding machines, and wire bonding machines. In addition, the company will assist in planning infrastructure systems including compressed air, pure water, nitrogen, and vacuum pipelines, enabling the campus training environment to closely resemble an actual semiconductor manufacturing facility.
SPIL pointed out that as the scale of AI servers and high-performance computing chips continues to expand, advanced packaging technologies have become a critical competitive factor in the semiconductor industry. In recent years, the company has actively expanded its production lines in Taiwan, leading to a growing demand for highly skilled engineering professionals. Through collaboration with universities, SPIL aims to establish a long-term talent cultivation pipeline.
Looking ahead, both parties will continue to strengthen their partnership through initiatives such as equipment donations, industry expert lectures, joint research projects, and internship opportunities. These efforts will allow students to gain hands-on experience with the latest packaging technologies while still in school, creating a seamless talent cultivation model that bridges academia and industry, and further enhancing the global competitiveness of Taiwan’s semiconductor industry.
