Analysis

This survey collects data to monitor science and technology related activities in Canada and to support the development of science and technology policy.

The higher education sector is composed of all universities, colleges of technology and other institutes of postsecondary education, whatever their source of finance or legal status. It also includes all research institutes, experimental stations and clinics operating under the direct control of, or administered by, or associated with higher education establishments.

This annual publication is based on the Survey of Intellectual Property Commercialization in the Higher Education Sector which tracks the progress of innovation in this area.

The objective of the survey is to assure the availability of pertinent information to monitor science and technology related activities and to support the development of science and technology policy. The topic studied is intellectual property management at universities and affiliated teaching hospitals. The data are used to determine how to maximize the benefits resulting from public sector research. Data users include the federal and provincial governments and university administrators and researchers.

This report includes scientific and technological (S&T) activities involving the generation, dissemination and application of new scientific and technological knowledge for the provincial governments of New Brunswick, Ontario, Manitoba, Saskatchewan and Alberta. Scientific expenditures for British Columbia are based on last year's survey. The provincial overnment of Quebec conducts a survey of its R&D activities, the results of which it shares with Statistics Canada.

The main S&T activity is research and development (R&D). Related scientific activities (RSA) are also included.

Design activities are central to firm competitiveness and delivering value-added products. Research has shown that rapidly growing companies attach greater weight to design activities. Through design, firms may improve the user interface and create characteristics that allow them to distinguish their products from those of their competitors. Using the results of the Survey of Advanced Technology 2007, this paper examines the extent of use of design activities among Canadian firms, with a view to explaining factors fostering firms' engagement in design activities. It explores whether design activities are more likely to be carried out in some manufacturing industries than in others. The average size of firms undertaking design activities will also be explored. Characteristics of firms that are likely to spend a greater proportion of their expenditures on in-house design activities versus those who outsource larger percentage of their design work to other firms outside their organizational boundaries will be discussed. This paper will also explore whether firms that have high design intensity are more likely to be innovators. Another area of interest of this paper is the question of whether firms that undertake design activities are more likely to be exporters. Common success factors reported by those firms with high design intensity will also be discussed.

This release contains estimates of total spending on research and development (R&D) in the health field in Canada. Tables demonstrate expenditures on health R&D by both performer and funder from 2005 to 2009 preliminary estimates.

Data for fiscal year 2008/2009 comprise science and technology (S&T) expenditures and full-time equivalent personnel allocated to biotechnology research and development (R&D) and related scientific activities (RSA) in selected federal government departments and agencies.

Canada's economic competitiveness depends on scientific and technological development and also on the people responsible for this development, especially those engaged in R&D. In an earlier Science statistics bulletin, we published the gross domestic expenditures on R&D in Canada (GERD). This issue presents a supplementary measure to the GERD, the number of personnel who perform Canada's R&D activities.

This survey collects data to monitor science and technology related activities in Canada and to support the development of science and technology policy.

The higher education sector is composed of all universities, colleges of technology and other institutes of postsecondary education, whatever their source of finance or legal status. It also includes all research institutes, experimental stations and clinics operating under the direct control of, or administered by, or associated with higher education establishments.

This report includes scientific and technological (S&T) activities involving the generation, dissemination and application of new scientific and technological knowledge for the provincial governments of New Brunswick, Ontario, Manitoba, Saskatchewan and Alberta. Scientific expenditures for British Columbia are based on last year's survey. The provincial overnment of Quebec conducts a survey of its R&D activities, the results of which it shares with Statistics Canada.

The main S&T activity is research and development (R&D). Related scientific activities (RSA) are also included.

This release contains estimates of total spending on research and development (R&D) in the health field in Canada. Tables demonstrate expenditures on health R&D by both performer and funder from 2005 to 2009 preliminary estimates.

Data for fiscal year 2008/2009 comprise science and technology (S&T) expenditures and full-time equivalent personnel allocated to biotechnology research and development (R&D) and related scientific activities (RSA) in selected federal government departments and agencies.

Canada's economic competitiveness depends on scientific and technological development and also on the people responsible for this development, especially those engaged in R&D. In an earlier Science statistics bulletin, we published the gross domestic expenditures on R&D in Canada (GERD). This issue presents a supplementary measure to the GERD, the number of personnel who perform Canada's R&D activities.

Design activities are central to firm competitiveness and delivering value-added products. Research has shown that rapidly growing companies attach greater weight to design activities. Through design, firms may improve the user interface and create characteristics that allow them to distinguish their products from those of their competitors. Using the results of the Survey of Advanced Technology 2007, this paper examines the extent of use of design activities among Canadian firms, with a view to explaining factors fostering firms' engagement in design activities. It explores whether design activities are more likely to be carried out in some manufacturing industries than in others. The average size of firms undertaking design activities will also be explored. Characteristics of firms that are likely to spend a greater proportion of their expenditures on in-house design activities versus those who outsource larger percentage of their design work to other firms outside their organizational boundaries will be discussed. This paper will also explore whether firms that have high design intensity are more likely to be innovators. Another area of interest of this paper is the question of whether firms that undertake design activities are more likely to be exporters. Common success factors reported by those firms with high design intensity will also be discussed.

This annual publication is based on the Survey of Intellectual Property Commercialization in the Higher Education Sector which tracks the progress of innovation in this area.

The objective of the survey is to assure the availability of pertinent information to monitor science and technology related activities and to support the development of science and technology policy. The topic studied is intellectual property management at universities and affiliated teaching hospitals. The data are used to determine how to maximize the benefits resulting from public sector research. Data users include the federal and provincial governments and university administrators and researchers.