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Human Capital and Inclusive Growth: Returns to Education and Firm Constraints

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Human Capital andInclusive Growth: Returns to Education and Firm Constraints. Jes s CrespoCuaresma. Department of Economics. University of Innsbruck – PowerPoint PPT presentation

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Title: Human Capital and Inclusive Growth: Returns to Education and Firm Constraints


1
Human Capital and Inclusive Growth Returns to
Education and Firm Constraints
Jesús Crespo Cuaresma Department of
Economics University of Innsbruck jesus.crespo-cua
resma_at_uibk.ac.at
2
Outline
  • Human capital and inclusive growth.
  • A tentative decision tree.
  • Tools for country analysis the example of
    Zambia.
  • The overall picture.
  • Identifying binding constraints
  • Returns to education and return heterogeneity.
  • Human capital and migration patterns.
  • Firm perceptions.

3
A tentative decision tree for human capital
Problem Low levels of human capital investment
High cost of finance
Low returns to education
Skill mismatch
Low demand for skilled labor (brain drain)
Problems in school access and/or infrastructure
Lack of access to (public) finance for education
Demand-side factors
Supply-side factors
4
A tentative decision tree for human capital
Problem Low levels of human capital investment
High cost of finance
Low returns to education
Skill mismatch
Low demand for skilled labor (brain drain)
Problems in school access and/or infrastructure
Lack of access to (public) finance for education
Demand-side factors
Supply-side factors
5
Education attainment by gender and age group
Zambia, 1970-2000
6
Education attainment by gender and age group
Zambia, 2010-2020
7
School enrollment
8
Human capital data The macroeconomic policy view
9
Estimating returns to education
  • Mincerian wage regressions,
  • where X contains variables summarizing
    characteristics of the individual (age,
    experience, gender, education) and the firm
    (sector).

10
Estimating returns to education
  • Mincerian wage regressions,
  • Education in wage regressions
  • Years of education Average return to
    education.
  • No distinction between different attainments.
  • Potential nonlinearities.
  • Educational attainment levels.
  • Comparability issues.
  • Probably more helpful to identify bottlenecks and
    constraints.
  • Interaction terms to assess differences across
    social groups.
  • Differences male/female.
  • Quantile regressions to assess differences across
    parts of the wage distribution.

11
Estimating returns to education
  • Zambia Productivity and Investment Climate
    Survey 2007 (Employee questionaire)
  • Data on over 900 employees for 153 enterprises.
  • Personal characteristics age, gender, previous
    experience, job experience,
  • Education information
  • Years of education.
  • Educational attainment Primary, secondary
    general, secondary technical, vocational
    training, university first degree
    (domestic/foreign), university second degree
    (domestic/foreign).

12
Estimating returns to education
Enterprise fixed effects Enterprise fixed effects Enterprise fixed effects
Female 0.0019 -0.383 0.00364
Age 0.000515 0.000262 -0.00572
Age sq. 0.000148 0.000141 0.000155
Experience 0.0398 0.0398 0.0421
Experience sq. -0.00107 -0.00104 -0.00102
Trade union -0.076 -0.0682 -0.0181
Fulltime 0.0552 0.0455 -0.00766
Education years 0.0793 0.0743
Ed. Years female 0.0326
Primary Ed. 0.33
General Sec. Ed. 0.512
Technical Sec. Ed. 0.723
Vocational Ed. 0.896
Tertiary Ed. 1st dg. 1.581
Tertiary Ed. 2nd dg. 1.630
Constant 3.923 6.470 6.690
Observations 923 923 923
R-squared 0.895 0.896 0.903
13
Estimating returns to education
  • Parameters differ across quantiles,
  • where bq is the parameter vector associated with
    the q-th quantile of the conditional distribution
    of the wage variable.

14
Estimating returns to education
q0.1 q0.25 q0.5 q0.75 q0.9
Female -0.0222 -0.0061 0.0145 0.0498 0.0359
Age -0.000728 0.00888 0.00443 -0.00919 -0.0323
Age sq. 4.07E-05 -8.52E-05 1.22E-05 0.000284 0.000618
Experience 0.00227 0.00851 0.0187 0.0296 0.0461
Experience sq. -4.33E-05 -7.77E-05 -0.000369 -0.00063 -0.00141
Trade union 0.0303 0.0317 -0.06 -0.0627 -0.0974
Fulltime 0.0315 -0.0467 -0.0365 -0.0983 0.035
Education years 0.0199 0.0244 0.0267 0.0507 0.0793
Constant 6.856 6.720 6.713 6.731 6.758
Observations 923 923 923 923 923

15
Estimating returns to education
  • Differences in returns to education
  • Across educational attainment levels.
  • For women/men.
  • Across quantiles of the conditional distribution
    of wages.
  • Constraints on the supply side?
  • Vocational training and tertiary education
    receive relatively high returns.
  • Technical versus general secondary schooling.
  • Much higher returns in higher quantiles of the
    conditional distribution of wage levels.

16
Migration rates by skill level
17
Migration rates by skill level and gender
Zambia, 2000
18
Migration rates within Zambia
19
Migration patterns by education and gender
  • Brain drain versus labour migration.
  • Feminization of the brain drain.
  • Relatively low levels for African standards.
  • Lack of statistics and monitoring.

20
The labour demand side

21
The labour demand side

22
The labour demand side

23
The labour demand side

24
The labour demand side

25
The labour demand side

26
The labour demand side
  • Skill of labor force is not reported as an
    important constraint by firms, although
  • Domestic firms report it to be more of a problem
    than foreign firms
  • Self selection?
  • Wage competition?
  • Exporting firms report it to be more of a problem
    than non-exporting firms
  • Medium-sized firms report it to be more of a
    problem than small and large firms
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