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- Articles and reports: 11-621-M2023016Description: This research study examines the economic impact of the semiconductor industry in Canada in 2020 as it relates to several economic concepts, such as sales and revenue, employment, research and development, and international trade. The study is based on a custom list of 561 firms in the industry provided by Innovation, Science and Economic Development Canada.Release date: 2023-11-10
- 2. Analytical Studies Branch Annual Consolidated Plan for Research, Data Development and Modelling, 2019/2020 ArchivedSurveys and statistical programs – Documentation: 11-633-X2019001Description:
The mandate of the Analytical Studies Branch (ASB) is to provide high-quality, relevant and timely information on economic, health and social issues that are important to Canadians. The branch strategically makes use of expert knowledge and a large range of statistical sources to describe, draw inferences from, and make objective and scientifically supported deductions about the evolving nature of the Canadian economy and society. Research questions are addressed by applying leading-edge methods, including microsimulation and predictive analytics using a range of linked and integrated administrative and survey data. In supporting greater access to data, ASB linked data are made available to external researchers and policy makers to support evidence-based decision making. Research results are disseminated by the branch using a range of mediums (i.e., research papers, studies, infographics, videos, and blogs) to meet user needs. The branch also provides analytical support and training, feedback, and quality assurance to the wide range of programs within and outside Statistics Canada.
Release date: 2019-05-29 - 3. Innovation Capabilities: Comparing Science and Engineering Employment in Canadian and U.S. Cities ArchivedArticles and reports: 11-622-M2006012Geography: CanadaDescription:
In recent years, cities have become increasingly interested in their ability to generate, attract and retain human capital. One measure of human capital is employment in science- and engineering-based occupations. This paper provides a comparison of the employment shares of these specialized occupations across Canadian and U.S. cities by using data from the Canadian and the U.S. censuses from 1980-1981 and 2000-2001. The paper, therefore, provides a perspective on how Canadian cities performed relative to their U.S. counterparts over a twenty-year period. It also seeks to evaluate how cities of different sizes have performed, because large cities may be advantaged over smaller cities in terms of factors influencing both the demand for, and supply of, scientists and engineers.
Release date: 2006-05-11 - 4. Innovation Capabilities: Science and Engineering Employment in Canada and the United States ArchivedArticles and reports: 11-622-M2006011Geography: CanadaDescription:
This paper compares the size and composition of science and engineering employment in Canada and the United States. It examines the share of paid employment and paid earnings accounted for by the science and engineering workforce in both countries. Our tabulations distinguish between a core group and a related group of science and engineering workers. The core group includes computer and information scientists, life and related scientists, physical and related scientists, social and related scientists, and engineers. The related group includes workers in health-related occupations, science and engineering managers, science and engineering technologists and technicians, a residual class of other science and engineering workers, and post-secondary educators in science and engineering fields. We examine the employment and earnings shares of science and engineering workers over the 1980/1981 to 2000/2001 period. Detailed industry comparisons are reported for 2000/2001.
Release date: 2006-05-04 - 5. Skills, Innovation and Growth: Key Issues for Rural and Territorial Development - A Survey of the Literature ArchivedArticles and reports: 21-601-M2005076Description:
This report reviews the literature related to the spatial variation of skills and human capital and its implication for local innovation capacity and economic development. The report develops around three major themes 1) skills and human capital; 2) innovation and technological change; and 3) growth.
Release date: 2005-11-15 - 6. Empowering Employees: A Route to Innovation ArchivedArticles and reports: 71-584-M2003008Geography: CanadaDescription:
This study investigates the relation between human resource management (HRM) practices, such as using financial (compensation pay) as well as non-financial benefits (employee involvement practices and training) to provide a more stimulating environment for its workers, and the novelty of innovation by Canadian establishments.
Release date: 2003-09-04 - 7. Skill Shortages and Advanced Technology Adoption ArchivedArticles and reports: 11F0019M2001175Geography: CanadaDescription:
This paper investigates the extent to which establishments in the Canadian manufacturing sector experience occupational skill shortages, and to the extent that they do, whether these shortages appear to act as impediments to advanced technology adoption. Plants adopting advanced technology report shortages, particularly when it comes to professionals, such as scientists and engineers, and to technical specialists. Whether these shortages pose labour-market problems depends very much on the solutions adapted by the establishments experiencing the shortages. This paper finds that labour shortages did not appear to block technology adoption since those establishments that reported shortages were also the most technologically advanced. Although they faced a greater need for skilled labour, they were able to solve their shortages.
Release date: 2001-09-21 - Articles and reports: 11F0019M1995073Geography: CanadaDescription:
This study investigates differences in the policies being pursued by innovative and non-innovative firms. It focuses on a broad group of strategies -- in marketing, finance, production, management and human resources and asks whether there are key areas in which the strategies being followed by innovative and non-innovative firms differ. It also asks how the activities of firms in each of these areas differs. Finally, it compares the performance of innovative and non-innovative firms. The study finds that innovative firms place a greater emphasis on management, human resources, marketing, financing, government programs and services, and production efficiencies. In most of these areas, innovative firms pursue activities more intensively. Finally, innovative firms are more successful than non-innovative firms.
Release date: 1995-02-28
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- Articles and reports: 11-621-M2023016Description: This research study examines the economic impact of the semiconductor industry in Canada in 2020 as it relates to several economic concepts, such as sales and revenue, employment, research and development, and international trade. The study is based on a custom list of 561 firms in the industry provided by Innovation, Science and Economic Development Canada.Release date: 2023-11-10
- 2. Innovation Capabilities: Comparing Science and Engineering Employment in Canadian and U.S. Cities ArchivedArticles and reports: 11-622-M2006012Geography: CanadaDescription:
In recent years, cities have become increasingly interested in their ability to generate, attract and retain human capital. One measure of human capital is employment in science- and engineering-based occupations. This paper provides a comparison of the employment shares of these specialized occupations across Canadian and U.S. cities by using data from the Canadian and the U.S. censuses from 1980-1981 and 2000-2001. The paper, therefore, provides a perspective on how Canadian cities performed relative to their U.S. counterparts over a twenty-year period. It also seeks to evaluate how cities of different sizes have performed, because large cities may be advantaged over smaller cities in terms of factors influencing both the demand for, and supply of, scientists and engineers.
Release date: 2006-05-11 - 3. Innovation Capabilities: Science and Engineering Employment in Canada and the United States ArchivedArticles and reports: 11-622-M2006011Geography: CanadaDescription:
This paper compares the size and composition of science and engineering employment in Canada and the United States. It examines the share of paid employment and paid earnings accounted for by the science and engineering workforce in both countries. Our tabulations distinguish between a core group and a related group of science and engineering workers. The core group includes computer and information scientists, life and related scientists, physical and related scientists, social and related scientists, and engineers. The related group includes workers in health-related occupations, science and engineering managers, science and engineering technologists and technicians, a residual class of other science and engineering workers, and post-secondary educators in science and engineering fields. We examine the employment and earnings shares of science and engineering workers over the 1980/1981 to 2000/2001 period. Detailed industry comparisons are reported for 2000/2001.
Release date: 2006-05-04 - 4. Skills, Innovation and Growth: Key Issues for Rural and Territorial Development - A Survey of the Literature ArchivedArticles and reports: 21-601-M2005076Description:
This report reviews the literature related to the spatial variation of skills and human capital and its implication for local innovation capacity and economic development. The report develops around three major themes 1) skills and human capital; 2) innovation and technological change; and 3) growth.
Release date: 2005-11-15 - 5. Empowering Employees: A Route to Innovation ArchivedArticles and reports: 71-584-M2003008Geography: CanadaDescription:
This study investigates the relation between human resource management (HRM) practices, such as using financial (compensation pay) as well as non-financial benefits (employee involvement practices and training) to provide a more stimulating environment for its workers, and the novelty of innovation by Canadian establishments.
Release date: 2003-09-04 - 6. Skill Shortages and Advanced Technology Adoption ArchivedArticles and reports: 11F0019M2001175Geography: CanadaDescription:
This paper investigates the extent to which establishments in the Canadian manufacturing sector experience occupational skill shortages, and to the extent that they do, whether these shortages appear to act as impediments to advanced technology adoption. Plants adopting advanced technology report shortages, particularly when it comes to professionals, such as scientists and engineers, and to technical specialists. Whether these shortages pose labour-market problems depends very much on the solutions adapted by the establishments experiencing the shortages. This paper finds that labour shortages did not appear to block technology adoption since those establishments that reported shortages were also the most technologically advanced. Although they faced a greater need for skilled labour, they were able to solve their shortages.
Release date: 2001-09-21 - Articles and reports: 11F0019M1995073Geography: CanadaDescription:
This study investigates differences in the policies being pursued by innovative and non-innovative firms. It focuses on a broad group of strategies -- in marketing, finance, production, management and human resources and asks whether there are key areas in which the strategies being followed by innovative and non-innovative firms differ. It also asks how the activities of firms in each of these areas differs. Finally, it compares the performance of innovative and non-innovative firms. The study finds that innovative firms place a greater emphasis on management, human resources, marketing, financing, government programs and services, and production efficiencies. In most of these areas, innovative firms pursue activities more intensively. Finally, innovative firms are more successful than non-innovative firms.
Release date: 1995-02-28
Reference (1)
Reference (1) ((1 result))
- 1. Analytical Studies Branch Annual Consolidated Plan for Research, Data Development and Modelling, 2019/2020 ArchivedSurveys and statistical programs – Documentation: 11-633-X2019001Description:
The mandate of the Analytical Studies Branch (ASB) is to provide high-quality, relevant and timely information on economic, health and social issues that are important to Canadians. The branch strategically makes use of expert knowledge and a large range of statistical sources to describe, draw inferences from, and make objective and scientifically supported deductions about the evolving nature of the Canadian economy and society. Research questions are addressed by applying leading-edge methods, including microsimulation and predictive analytics using a range of linked and integrated administrative and survey data. In supporting greater access to data, ASB linked data are made available to external researchers and policy makers to support evidence-based decision making. Research results are disseminated by the branch using a range of mediums (i.e., research papers, studies, infographics, videos, and blogs) to meet user needs. The branch also provides analytical support and training, feedback, and quality assurance to the wide range of programs within and outside Statistics Canada.
Release date: 2019-05-29
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