%0 Journal Article %T Skill Selection and Productivity Growth %A Jaur¨¨s Badet %J Open Access Library Journal %V 12 %N 1 %P 1-11 %@ 2333-9721 %D 2025 %I Open Access Library %R 10.4236/oalib.1112669 %X This paper aims to investigate the influence of skill selection on productivity gains. To do this, using the productivity of intermediate goods and the average level of technology models, we construct a model in which we show that the implementation of policy based on investment in large technological projects and the selection of the right workers for high-skill tasks left back by automation in technologically advanced firms are the key for the productivity growth. Our model indicates that the size of the firmĄ¯s project affects the productivity gain. Less investment in technology adoption and creation by small firms generates less productivity. However, the investment in large projects through technology adoption from the leader or innovation via R&D investment enhances both firmsĄ¯ productivity growth and competitiveness and aggrandizes them technologically. The automation process in these firms leaves behind an immense pool of high-skill tasks that need to be filled with a qualified workforce. Thus, selecting the right workers becomes extremely important in productivity growth. The exit from the workplace of low-skill workers with obsolete knowledge will follow the need for high-skill workers with knowledge that suits the new technologies used in the firms making room for machines in repetitive tasks and high-skill workers in high-skill jobs. Besides, we find that high-skill workers increase productivity growth due to the high-skill jobs, which affects the firmsĄ¯ productivity growth. To put it simply, technologically advanced firms, to improve productivity growth, should adopt strategies based on selecting qualified workers that can increase the productivity of high-skill tasks. However, the education system should keep up with the new skill tasks generated by automation in training high-skill workers in the modern work market.
%K High-Skill %K Productivity Growth %K Technologically Advanced Firms %K Selection %U http://www.oalib.com/paper/6844470