搜尋

會員登入

搜尋

導覽

會員
廣告

UMC’s Semiconductor Equipment Academy Opens in Southern Taiwan

瀏覽次數:1844

Responding to the imbalance of manpower supply-demand in Taiwan’s semiconductor industry, the United Microelectronics Corporation (UMC) announced on October 3rd that its semiconductor equipment academy in the P5 area of the 12A factory in the Southern Science Park is officially open, and scheduled to cultivate 600 equipment engineers. And these trained engineers will patch to other factories both domestically and oversea of UMC from 2023.

To factory supervisors, it becomes a central topic of management how to help junior engineers who came from different schools and professional backgrounds to get into work soon and learn professional skills.

In the current semiconductor factory, each department has to educate their new engineers about fundamental knowledge using OJT(On the Job Training) and opportunity learning to learn related skills. UMC academy practical class has advanced the new engineers' training with standardization, systemization, and implementation. It centralizes new engineers to study with practical work and be examined to ensure they can learn professional techniques and confidence that meet the needs of work.

Jian Shan-jie, general manager of UMC, presided over the opening ceremony and said: "In response to the company's continuous production expansion, with the new equipment installed, the demand for high-quality equipment engineers is increasing. I am very pleased to see the establishment of the equipment academy, and I look forward to its rapid expansion to the all factories of UMC. Because machine equipment is the cornerstone of semiconductor production, is a crucial part of the company's operations. I would also like to thank the third-party manufacturers for providing immediate and necessary support for teaching equipment and teaching aids."

MCU睡眠模式(Sleep Mode)大解密

MCU睡眠模式(Sleep Mode)大解密

電池供電的感測器、智慧家居與可攜式裝置,經常花大量時間等待事件。延長續航的關鍵,是讓CPU只在需要時工作,並把監測、取樣與資料搬移交給適合的周邊。Microchip PI…

電池供電的感測器、智慧家居與可攜式裝置,經常花大量時間等待事件。延長續航的關鍵,是讓CPU只在需要時工作,並把監測、取樣…