Key workers are essential for societies to function. This report calls for a revaluation of their work to reflect their social contribution, and for greater investment in key sectors.
Over a half century ago, researchers found that so-called classic professions attract socially advantaged recruits with better labour market outcomes; however, as semi professions become increasingly institutionalized, and classic professional programs expand, differences between these two groups may be less pronounced. Using Statistics Canada’s 2018 National Graduate Survey, we compare inputs and outcomes of four classic professions (law, pharmacy, medicine, and dentistry) and three semi-professions (teaching, social work, and nursing). Bivariate statistics show semi-professions have more non-traditionalgraduates who invest less in training. Multiple linear regression models also show that after controlling for demographics, classic professions have stronger education-job matches and higher earnings three years after graduation. We interpretthese findings as being consistent with our theory of intensifying logic, where classic professions have tight training-job connections, and accommodating logic which suggests semi-professions have looser labour market connections. We end bydiscussing directions for future research on the classic and semi-professions.
In an interview with 60 Minutes, artificial intelligence expert and venture capitalist Kai-Fu Lee predicted that 40 percent of the world’s jobs will be replaced by robots in the next 15 to 25 years. As AI progresses, warns an Oxford study, it is inevitable that large sectors of the workforce will face mass unemployment, mainly in jobs that involve manual or repetitious labor.
This report proposes a three-pronged mix of policies to improve the LAC region’s responses to crises: • Create a more stable macroeconomic environment to smooth the impacts of crises, including automatic stabilizers such as unemployment insurance and short-term compensation programs; • Increase the capacity of social protection and labor programs to respond to crises and coalesce these programs into systems that complement income support with reemployment assistance and reskilling opportunities; and • Tackle structural issues, including the lack of product market competition and the spatial dimension behind poor labor market adjustment—a “good jobs and good firms” agenda.
The indicator shows how share of people employed in science, engineering and ICT occupations will change in the future across EU Member States and economy sectors. These occupations correspond to following ISCO occupations: 21 (Science and engineering professionals), 31 (21 (Science and engineering associate professionals), 25 (Information and communication technology professionals), 35 (Information and communication technicians).
if companies are investing heavily in training, what skills are they looking to develop? Perhaps unsurprisingly, IT skills remain high on the list, with the manufacturing and production sectors most likely to see growth in jobs.
The world of work will be radically different in the future. From hyper-surveillance of staff to digital nomadism to robots taking jobs—how, where and why we work is changing beyond all recognition.
Most of the discussion about the future of work focuses on how many jobs robots will take from humans. But this is just a (small) part of the change to come. Technology is reshaping the world of work not only by automating production but also by facilitating connectivity and innovation. The changes that digital technology is introducing in the price of capital versus labor, the costs of transacting, the economies of scale, and the speed of innovation bring significant effects in three dimensions: the quantity, the quality, and the distribution of jobs.
This research aims at a better understanding of the dynamics of job destruction and job creation. The paper develops a framework to explain the nexus new technology, innovation and job, and the forces driving labour-saving as well as job-creating innovations. Technological change is explained as a nonlinear and complex process which comes in waves and different phases, and market, social and political forces are driving the dynamics of job destruction and job creation?
This report highlights the challenges faced and lessons learnt by Employment Ontario providers in transitioning from in-person to remote service delivery and how this could be applied in a post pandemic world of learning and training.
Every sector in Canada’s economy is looking to attract and grow its labour force, which means students and young workers have lots of career choices at a pivotal time in their lives.
Amid this intense competition for talent, our industry is well positioned to take advantage of public awareness around the importance of trucking and logistics to the economy, and to leverage our labour force data which provides insight into the wide range of opportunities for young workers in our industry.
Trucking HR Canada’s labour market information shows that drivers account for 43% of the sector’s 733,000 workers, meaning we have another 57% representing all other occupations. Dispatchers, logistics coordinators, office administrators, warehouse workers, human resources, diesel technicians, accountants—the list goes on, and all are needed to keep goods moving.
Additionally, 46% of employers in trucking and logistics expect recruiting for non-driving occupations to be a challenge in the future.
The economic crisis caused by COVID-19 has shone a spotlight on the need to reform Canada’s income-support framework. Combine this with the looming risks of automation and age-related labour shortages, and we have a strong case for creating a modern framework that promotes work and minimizes earning losses for dislocated workers. As we rebuild our economy following the crisis, Canadian policy-makers will need to grapple with this complex and critical task.
Read this report to help you: Gain new insight into who Canada’s tech workers are, where they work, and what they earn. Better understand the level of diversity in Canada’s tech workforce. Identify where Canada’s tech talent is situated and how it is changing. Learn more about which groups remain underrepresented in tech. Map out the latest and most relevant trends in Canada’s tech talent.
Study by the Canadian Centre for Policy Alternatives found 22 per cent of professionals are precariously employed, challenging notions precarious work only impacts blue collar or low-wage jobs.
Digital disruption. An often used phrase but for visible evidence of its impact take a look at the high street where names such as Blockbuster, Maplin and Toys R Us are no more. These businesses have been replaced by the likes of Netflix and Amazon and many more will likely follow.
Energy and mineral resources are essential for the nation's fundamental functions, its economy, and security. Nonfuel minerals are essential for the existence and operations of products that are used by people every day and are provided by various sectors of the mining industry. Energy in the United States is provided from a variety of resources including fossil fuels, and renewable and nuclear energy, all with established commercial industry bases. The United States is the largest electric power producer in the world. The overall value added to the U.S. gross domestic product (GDP) in 2011 by major industries that consumed processed nonfuel mineral materials was $2.2 trillion.
The recent wave of innovation and technological change has sparked a lively debate on the future of work. Some believe that technological innovations will destroy jobs on a massive scale, forecasting a jobless future. Others are confident that forces will be mobilized that create new jobs and even a golden age of quality job creation. This optimism is supported by historical experience which demonstrates that initial phases of job destruction were eventually followed by strong job creation. One of the central issues is, then, whether the current wave of technological change will once more generate a sustained process of jobs creation. Another one is how policies can support this process to meet aspirations of societies.
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