\u00a0Taiwan Semiconductor Manufacturing Company (TSMC)\u00a0 is on a relentless quest to recruit talent year after year to meet the escalating demand for semiconductors. In 2023 alone, TSMC recruited \u00a06,000 engineers\u00a0 for its facilities in Taiwan, and this momentum is expected to continue into \u00a02024\u00a0. With plans to establish several semiconductor manufacturing plants between \u00a02025 and 2028\u00a0 in the United States, Germany, Taiwan, and Japan, TSMC stands as a titan in the semiconductor industry. However, it\u2019s not just TSMC that’s facing a talent crunch; other chip designers and manufacturers are also under pressure to bolster their workforce.<\/p>\n
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For Taiwan, the semiconductor industry is not just profitable; it serves as the backbone of its economy. This sector contributes between \u00a013% and 15%\u00a0 to the country’s gross domestic product (GDP) and represents nearly \u00a040%\u00a0 of its total exports. Moreover, the production of cutting-edge chips is pivotal for Taiwan’s geopolitical relevance. Hence, it’s crucial for major tech players like TSMC, UMC, Foxconn, and MediaTek to secure a skilled and abundant workforce.<\/p>\n
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To bridge the talent gap, some companies in Taiwan are resorting to summer camps and university programs aimed at young minds. A noticeable trend is the international nature of some of these camps, reflecting a significant demographic concern: \u00a0Taiwan’s birth rate is declining\u00a0. As domestic talent diminishes, Taiwanese companies specializing in semiconductors must look beyond local borders to fill their workforce needs.<\/p>\n
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The Taiwanese government is backing these recruitment initiatives, recognizing that the country\u2019s leading semiconductor firms require a sustained influx of well-trained engineers. The current local talent pool cannot meet the ever-growing demands, prompting institutions like \u00a0National Taiwan University (NTU)\u00a0 to launch a global degree program in semiconductors aimed at attracting international students.<\/p>\n
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<img alt=\"Japan prepares its resurgence: in 2030 it plans to overcome the US and China in quantum computing\" width=\"375\" height=\"142\" src=\"https:\/\/i.blogs.es\/9de710\/riken-ap\/375_142.jpeg\"\/><\/code><\/pre>\n<\/div>\n<\/div><\/div>\n<\/div>\n\n\nIn Germany, a third of the technicians who have developed their work careers in the chips industry will retire throughout the next decade.<\/p>\n<\/p><\/div>\n<\/div>\n
The demand for talent is not exclusive to Taiwan. Globally, the semiconductor industry is projected to require \u00a0one million qualified workers\u00a0 over the next five years. This estimate comes from \u00a0SEMI\u00a0, an organization dedicated to advancing the interests of the electronics and integrated circuits sectors. Europe alone is projected to face a deficit of \u00a0100,000 engineers\u00a0, while Asia will need \u00a0200,000\u00a0 qualified technicians.<\/p>\n
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Though these figures might seem alarming, they align with industry growth forecasts. By \u00a02024\u00a0, the semiconductor industry is expected to grow by \u00a019.1%\u00a0, driven by soaring demand for \u00a0GPUs\u00a0 for artificial intelligence (AI), consumer electronics, the expansion of \u00a05G\u00a0 technologies, and the automotive sector’s advancements. The global semiconductor market is anticipated to generate \u00a0$627.6 billion\u00a0 in revenue in 2024.<\/p>\n
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However, a pressing concern is that the educational system is not producing enough technically proficient graduates to meet industry needs. Many experienced engineers are approaching retirement age\u2014more than \u00a0one-third\u00a0 of staff in U.S. integrated circuit companies are \u00a055 years or older\u00a0. Similarly, a significant portion of technicians in Germany will be leaving the workforce within the next decade. Moreover, the incoming generation of engineers will be expected to possess advanced skills in \u00a0AI\u00a0 and \u00a0machine learning\u00a0, adding another layer to the recruitment challenge.<\/p>\n
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Image | TSMC<\/a><\/p>\n