This paper examines the impact of industrial robots on jobs. We combine data on robot adoption and occupations by industry in thirty-seven countries for the period from 2005 to 2015. We exploit differences across industries in technical feasibility – defined as the industry's share of tasks replaceable by robots – to identify the impact of robot usage on employment. The data allow us to differentiate effects by the routine-intensity of employment. We find that a rise in robot adoption relates significantly to a fall in the employment share of routine manual task-intensive jobs. This relation is observed in high-income countries, but not in emerging market and transition economies
This paper investigates the effects of robots on labour demand at the firm level in the Norwegian ma...
We estimate the effects of robot adoption on firm-level and worker-level outcomes in the Netherlands...
Robots are the most important innovation which has affected the production process in the last three...
This paper examines the impact of industrial robots on jobs. We combine data on robot adoption and o...
While the nature of work and skill demand has changed multiple times, the pace of the change has ac...
We analyze for the first time the economic contributions of modern industrial robots, which are flex...
Robots and automated processes have become a feature of many modern workplaces, but what impact do s...
This work discusses and empirically investigates the relationship between labor regulation and robot...
This work investigates the impact that the change in the exposure to robots had on the Italian local...
In theory, robots can directly displace workers from performing specific tasks (displacement effect)...
A selective survey of recent papers in the area of technological change, automation and employment i...
Using 2438 estimates collected over 32 studies, I conduct a meta analysis to investigate the relatio...
In a seminal paper Graetz and Michaels (2018) find that robots increase labor productivity and TFP, ...
Under a ‘high cumulativeness’ innovation regime, robot adoption results in better job quality as wor...
This paper investigates the effects of robots on labour demand at the firm level in the Norwegian ma...
We estimate the effects of robot adoption on firm-level and worker-level outcomes in the Netherlands...
Robots are the most important innovation which has affected the production process in the last three...
This paper examines the impact of industrial robots on jobs. We combine data on robot adoption and o...
While the nature of work and skill demand has changed multiple times, the pace of the change has ac...
We analyze for the first time the economic contributions of modern industrial robots, which are flex...
Robots and automated processes have become a feature of many modern workplaces, but what impact do s...
This work discusses and empirically investigates the relationship between labor regulation and robot...
This work investigates the impact that the change in the exposure to robots had on the Italian local...
In theory, robots can directly displace workers from performing specific tasks (displacement effect)...
A selective survey of recent papers in the area of technological change, automation and employment i...
Using 2438 estimates collected over 32 studies, I conduct a meta analysis to investigate the relatio...
In a seminal paper Graetz and Michaels (2018) find that robots increase labor productivity and TFP, ...
Under a ‘high cumulativeness’ innovation regime, robot adoption results in better job quality as wor...
This paper investigates the effects of robots on labour demand at the firm level in the Norwegian ma...
We estimate the effects of robot adoption on firm-level and worker-level outcomes in the Netherlands...
Robots are the most important innovation which has affected the production process in the last three...