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- Articles and reports: 75-006-X201900100015Description:
Previous research has suggested that skills acquired at a young age, such as reading or math skills, may have an impact on the early labour market outcomes of individuals. In this study, tax data linked to the Youth in Transition Survey (YITS) and the Programme for International Student Assessment (PISA) are used to examine the association between background factors at age 15 (including reading proficiency) and employment earnings in young adulthood for a cohort of respondents who were aged 15 in 2000.
Release date: 2019-10-17 - Articles and reports: 75-006-X201300111874Geography: CanadaDescription:
Women represent the majority of young university graduates, but are still underrepresented in science, technology, engineering, mathematics and computer sciences (STEM) fields. This article provides more information on women with STEM university degrees, and examines whether mathematical abilities in high school are related to gender differences in STEM university programs.
Release date: 2013-12-18 - 3. Ability in Mathematics and Science at Age 15 and Program Choice in University: Differences by Gender ArchivedArticles and reports: 81-595-M2013100Geography: CanadaDescription:
Past research has revealed that young women are more likely to enter postsecondary programs that have lower returns in the labour market, such as the arts, humanities and social sciences. Young men, conversely, tend to enrol in and graduate from programs in science, technology, engineering and mathematics (STEM), which generally have greater labour market returns. Factors such as academic interests, achievement test scores, and high-school marks can affect later university program choice. Using the linked Youth in Transition Survey (YITS) - Programme for International Student Assessment (PISA) data, the current paper examines the relationship between mathematics and science test scores at age 15 and first program choice in university, with a focus on differences in ability in mathematics and science by gender. Generally speaking, the results reveal that the intersection of gender and ability does matter; even young women of high mathematical ability are less likely to enter STEM fields than young men of similar or even lesser mathematical ability. This implies that something other than pure ability is affecting young women's likelihood of entering STEM programs in university.
Release date: 2013-12-18 - Articles and reports: 81-004-X201100411594Description:
A typical and direct path to postsecondary education involves high school graduates completing high school in May or June of any given year and then entering postsecondary education in September, resulting in a typical gap of about three months or less. However, not all young people follow this direct path, choosing instead to delay the start of postsecondary studies. This article summarizes the main findings of a recent research report that measured median delay times between high school graduation and starting a first postsecondary program and identified the factors associated with either speeding up or slowing down this transition.
Release date: 2011-12-14 - Articles and reports: 81-595-M2011090Geography: CanadaDescription:
Not all high school graduates who attend a post-secondary institution go immediately after completing their diploma. An ever-increasing number of Canadian youth choose to remain out of the education system for a period of time prior to re-entering. A great deal of what we know about a gap year comes from other countries, particularly the United Kingdom. Who delays and for how long are, however, two questions that remain to be answered in the Canadian context. The current paper uses all five cycles of the Youth in Transition Survey (YITS) to address the scant attention paid in the Canadian literature to the delay of the start of a post-secondary degree or diploma. Kaplan Meier results show that the median length of time between high school graduation and start of the first post-secondary (PSE) program is 4 months; however, this appears to be substantially longer for males, First Nations youth, Anglophones, youth from Ontario and youth whose parents have low levels of educational attainment. Equally influential were characteristics during the high school years. For example, youth with low marks, who worked many hours in paid employment while in high school, who skipped classes regularly, who took part in a lot of extracurricular activities not organized by the school, and whose close friends said they were not planning on going to PSE had median gap times between high school graduation and the start of postsecondary studies that were much longer than the average. Cox Proportional Hazard models confirm the robustness of several of the descriptive findings, including the effects of gender, province of high school, parental education, working during high school, marks, extracurricular activities, and the education plans of close friends.
Release date: 2011-05-25 - Articles and reports: 81-595-M2010087Geography: CanadaDescription:
This report examines the link between educational pathways and labour market outcomes of youth from all 5 cycles of the Youth in Transition Survey (YITS-Cohort B). The educational pathways are organized according to three major criteria: (1) No postsecondary education, (2) Direct route to postsecondary education, and (3) Indirect route to postsecondary education. Data from Cycle 5 of YITS, when youth were aged 26 to 28, provide a relatively complete examination of labour market outcomes as rising rates of participation in postsecondary education in Canada have led to a delay in entry into the labour market for many young adults. The current report focuses on two labour market outcomes full-year employment and annual earnings' at two different time points -- 1 to 2 years and 5 to 6 years after respondents have left school on a full-time basis. Results highlight the positive influence of a university education on labour market outcomes, especially several years after leaving school. Moreover, there is some weak evidence to suggest that university graduates who delayed going to a postsecondary program were more likely than their counterparts who had not delayed to be employed several years after leaving school.
Release date: 2010-12-17 - 7. Education-to-Labour Market Pathways of Canadian Youth: Findings from the Youth in Transition Survey ArchivedArticles and reports: 81-595-M2007054Geography: CanadaDescription:
This study 'maps' the various pathways that young people have taken from high school through to regular participation in the labour market. It links this transition to important background characteristics, in addition to highlighting the pathways that lead to successful transitions to employment.
The study uses data from the Youth in Transition Survey (YITS) for 2004. YITS is a longitudinal survey that first collected data from two age groups of youth in the first cycle of the survey in 2000. One group began its participation at age 15 (Cohort A) and the other at ages 18 to 20 (Cohort B); the focus of the analysis is on the second group. Both cohorts were asked to provide a range of information on their education and employment experiences as well as information on their personal characteristics including, for example, their educational aspirations.
The first follow-up interview with the YITS participants took place in early 2002 when youth were interviewed for a second time. At that time, Cohort B participants were between the ages of 20 to 22. The second follow-up interview took place in 2004, for the reference period December 2003, when Cohort B participants were ages 22 to 24.
This report builds on the basic pathway descriptions of non-students in December 2003 by first determining the major factors that help predict who follows which path. Following this, we turn our attention to studying how these pathways relate to 'success' in the labour market. Specifically, the report is organized as follows:
Chapter 2 analyzes how background factors predict which school-to-labour market path young adults aged 22 to 24 passed through by December 2003; these background factors are for the most part static categories that do not change (for example, sex, age, ethnicity, parental education, etc.).
Chapter 3 introduces various 'intervening' factors measured during high school (for example, grade-point average, working in high school, etc.). These factors are thought to be important for possibly mediating the effect of the prior background measures on predicting the school-to-work transitions.
Chapter 4 shifts the focus of the analysis from looking at predictors of the school-to-work pathways to using the pathways as an indicator of labour market outcomes. In this chapter, we are able to determine whether certain paths are more or less successful for employment, as well as landing respondents 'good' jobs, defined in terms of earnings and level of job satisfaction. We are also able to determine in which occupation they worked during December 2003.
Chapter 5, the concluding chapter, synthesizes the findings and analysis.
Release date: 2007-11-01
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Articles and reports (7)
Articles and reports (7) ((7 results))
- Articles and reports: 75-006-X201900100015Description:
Previous research has suggested that skills acquired at a young age, such as reading or math skills, may have an impact on the early labour market outcomes of individuals. In this study, tax data linked to the Youth in Transition Survey (YITS) and the Programme for International Student Assessment (PISA) are used to examine the association between background factors at age 15 (including reading proficiency) and employment earnings in young adulthood for a cohort of respondents who were aged 15 in 2000.
Release date: 2019-10-17 - Articles and reports: 75-006-X201300111874Geography: CanadaDescription:
Women represent the majority of young university graduates, but are still underrepresented in science, technology, engineering, mathematics and computer sciences (STEM) fields. This article provides more information on women with STEM university degrees, and examines whether mathematical abilities in high school are related to gender differences in STEM university programs.
Release date: 2013-12-18 - 3. Ability in Mathematics and Science at Age 15 and Program Choice in University: Differences by Gender ArchivedArticles and reports: 81-595-M2013100Geography: CanadaDescription:
Past research has revealed that young women are more likely to enter postsecondary programs that have lower returns in the labour market, such as the arts, humanities and social sciences. Young men, conversely, tend to enrol in and graduate from programs in science, technology, engineering and mathematics (STEM), which generally have greater labour market returns. Factors such as academic interests, achievement test scores, and high-school marks can affect later university program choice. Using the linked Youth in Transition Survey (YITS) - Programme for International Student Assessment (PISA) data, the current paper examines the relationship between mathematics and science test scores at age 15 and first program choice in university, with a focus on differences in ability in mathematics and science by gender. Generally speaking, the results reveal that the intersection of gender and ability does matter; even young women of high mathematical ability are less likely to enter STEM fields than young men of similar or even lesser mathematical ability. This implies that something other than pure ability is affecting young women's likelihood of entering STEM programs in university.
Release date: 2013-12-18 - Articles and reports: 81-004-X201100411594Description:
A typical and direct path to postsecondary education involves high school graduates completing high school in May or June of any given year and then entering postsecondary education in September, resulting in a typical gap of about three months or less. However, not all young people follow this direct path, choosing instead to delay the start of postsecondary studies. This article summarizes the main findings of a recent research report that measured median delay times between high school graduation and starting a first postsecondary program and identified the factors associated with either speeding up or slowing down this transition.
Release date: 2011-12-14 - Articles and reports: 81-595-M2011090Geography: CanadaDescription:
Not all high school graduates who attend a post-secondary institution go immediately after completing their diploma. An ever-increasing number of Canadian youth choose to remain out of the education system for a period of time prior to re-entering. A great deal of what we know about a gap year comes from other countries, particularly the United Kingdom. Who delays and for how long are, however, two questions that remain to be answered in the Canadian context. The current paper uses all five cycles of the Youth in Transition Survey (YITS) to address the scant attention paid in the Canadian literature to the delay of the start of a post-secondary degree or diploma. Kaplan Meier results show that the median length of time between high school graduation and start of the first post-secondary (PSE) program is 4 months; however, this appears to be substantially longer for males, First Nations youth, Anglophones, youth from Ontario and youth whose parents have low levels of educational attainment. Equally influential were characteristics during the high school years. For example, youth with low marks, who worked many hours in paid employment while in high school, who skipped classes regularly, who took part in a lot of extracurricular activities not organized by the school, and whose close friends said they were not planning on going to PSE had median gap times between high school graduation and the start of postsecondary studies that were much longer than the average. Cox Proportional Hazard models confirm the robustness of several of the descriptive findings, including the effects of gender, province of high school, parental education, working during high school, marks, extracurricular activities, and the education plans of close friends.
Release date: 2011-05-25 - Articles and reports: 81-595-M2010087Geography: CanadaDescription:
This report examines the link between educational pathways and labour market outcomes of youth from all 5 cycles of the Youth in Transition Survey (YITS-Cohort B). The educational pathways are organized according to three major criteria: (1) No postsecondary education, (2) Direct route to postsecondary education, and (3) Indirect route to postsecondary education. Data from Cycle 5 of YITS, when youth were aged 26 to 28, provide a relatively complete examination of labour market outcomes as rising rates of participation in postsecondary education in Canada have led to a delay in entry into the labour market for many young adults. The current report focuses on two labour market outcomes full-year employment and annual earnings' at two different time points -- 1 to 2 years and 5 to 6 years after respondents have left school on a full-time basis. Results highlight the positive influence of a university education on labour market outcomes, especially several years after leaving school. Moreover, there is some weak evidence to suggest that university graduates who delayed going to a postsecondary program were more likely than their counterparts who had not delayed to be employed several years after leaving school.
Release date: 2010-12-17 - 7. Education-to-Labour Market Pathways of Canadian Youth: Findings from the Youth in Transition Survey ArchivedArticles and reports: 81-595-M2007054Geography: CanadaDescription:
This study 'maps' the various pathways that young people have taken from high school through to regular participation in the labour market. It links this transition to important background characteristics, in addition to highlighting the pathways that lead to successful transitions to employment.
The study uses data from the Youth in Transition Survey (YITS) for 2004. YITS is a longitudinal survey that first collected data from two age groups of youth in the first cycle of the survey in 2000. One group began its participation at age 15 (Cohort A) and the other at ages 18 to 20 (Cohort B); the focus of the analysis is on the second group. Both cohorts were asked to provide a range of information on their education and employment experiences as well as information on their personal characteristics including, for example, their educational aspirations.
The first follow-up interview with the YITS participants took place in early 2002 when youth were interviewed for a second time. At that time, Cohort B participants were between the ages of 20 to 22. The second follow-up interview took place in 2004, for the reference period December 2003, when Cohort B participants were ages 22 to 24.
This report builds on the basic pathway descriptions of non-students in December 2003 by first determining the major factors that help predict who follows which path. Following this, we turn our attention to studying how these pathways relate to 'success' in the labour market. Specifically, the report is organized as follows:
Chapter 2 analyzes how background factors predict which school-to-labour market path young adults aged 22 to 24 passed through by December 2003; these background factors are for the most part static categories that do not change (for example, sex, age, ethnicity, parental education, etc.).
Chapter 3 introduces various 'intervening' factors measured during high school (for example, grade-point average, working in high school, etc.). These factors are thought to be important for possibly mediating the effect of the prior background measures on predicting the school-to-work transitions.
Chapter 4 shifts the focus of the analysis from looking at predictors of the school-to-work pathways to using the pathways as an indicator of labour market outcomes. In this chapter, we are able to determine whether certain paths are more or less successful for employment, as well as landing respondents 'good' jobs, defined in terms of earnings and level of job satisfaction. We are also able to determine in which occupation they worked during December 2003.
Chapter 5, the concluding chapter, synthesizes the findings and analysis.
Release date: 2007-11-01
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