The `Future of Employment` on the Shop Floor: Why Production Jobs are Less Susceptible to Computerization than Assumed

«Будущее занятости» на производственном участке: почему производственные профессии в меньшей степени подвержены компьютеризации, чем принято считать
Sabine Pfeiffer
2018-11-22

Industry 4.0computerization susceptibilitynon-routine workproduction workvocational training
Context: Germany is seen as one of the major players in developing what is known as “Industry 4.0.” Especially in the manufacturing and the automotive sector, the vocational training is seen as a precondition and consequence alike for the global success of these sectors. Current research though characterizes production work, especially machine-related tasks, as dull routine work and therefore of high probability of computerization.Approach: Based on qualitative research perspectives and sociological results that reveal the importance of experience and implicit capabilities, this study quantifies what is mostly seen as “non-routine” work. To measure these dimensions of living labouring capacity, an index is introduced that is developed from 18 items of one of the biggest German task-based, representative surveys.Findings: The contribution challenges the widespread prognosis that production workers face high susceptibility. Comparing data on non-routine share in production and of vocational trained workers with those of Frey and Osborne, the findings stress the mostly neglected importance of non-routine work, even in production and especially with vocational trained, machine-related occupations.Conclusion: The results draw on how much more employees on the shop floor are apt to handle change, complexity, and imponderabilities than often assumed. If their work will or will not be susceptible to novel approaches in robotics or algorithms, therefore, is not a question of routine.
1
An index based on 18 items from a representative German task survey quantifies non-routine work as an indicator of workers’ implicit and experience-based capabilities.
2
Production work contains substantially more non-routine activity than commonly recognized, especially among vocationally trained workers in machine-related occupations.
3
Shop-floor employees are more capable of handling change, complexity, and unforeseen situations than prevailing automation assessments assume.
4
Susceptibility of production work to robotics or algorithmic technologies cannot be determined solely by whether tasks appear routine.
5
The study challenges predictions that production jobs, particularly machine-related occupations, have a high probability of computerization.

production workers’ machine-related occupations on the manufacturing shop floor, especially vocationally trained workers

the prevalence of non-routine work and the resulting susceptibility of production jobs to computerization, robotics, and algorithms, including workers’ capacity to handle change, complexity, and imponderabilities

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2018-11-22
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Sabine Pfeiffer
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