People as a resource: from human resource to human capital

Detail

1. Labour, human resource and human capital: three different ideas

• Labour is the physical and mental effort people put into producing goods and services.
• Carpenters, farmers, teachers and doctors all supply labour (Class 8, Factors of Production).

• Labour is one of the factors of production, together with land, capital and entrepreneurship.

• Human capital is the specialised skills, knowledge, abilities and expertise that decide the quality and efficiency of labour.

• It is built into people. It grows when money and effort go into their education, health and training.

• It raises labour productivity, innovation (new ideas, products and methods) and earning capacity.

• Human resource means people seen as a resource, such as nurses, farmers, teachers and students.

• Investment in them turns them into human capital, such as engineers and doctors.

• Key distinction (exam trap):

• Labour answers "how much work is being done?"
• Human capital answers "how skilled and efficient is that work?"
• Two workers can each supply 8 hours of labour but carry very different amounts of human capital.

2. The physical-capital analogy (Class 11, §4.2)

• Physical capital means man-made means of production, such as machines, buildings and factories.
• A country can turn land into factories. That creates physical capital.
• In the same way, it can turn human resources into human capital by spending on schools, hospitals and training.
• Human capital formation is this process of building up the stock of skilled, educated and healthy people over time.
• One key difference: human capital cannot be separated from the person who owns it. A machine can be sold. A doctor's skill cannot be sold on its own. It can only be used through the doctor's work.

3. "It takes human capital to make human capital"

• The chain:
• A society first needs competent teachers, professors and professionals who were themselves educated and trained.
• Only they can train new doctors, engineers and nurses.

• So a shortage of good teachers today means a shortage of skilled workers tomorrow.

• Policy link: this is why teacher quality comes first in education reform.

• NEP 2020 makes a 4-year integrated B.Ed. the route into teaching. It also asks every teacher to do 50 hours of continuous professional development each year [3].

4. Benefits of education beyond income (Class 11, §4.1)

• Higher earning capacity: an educated worker has more labour skill. So they earn more and add more to economic growth.
• Social standing: education brings better social standing, pride and better choices in life.
• Understanding change: education gives people the knowledge to understand changes in society. It also stimulates innovation.
• Faster technology adoption: an educated labour force picks up new technology faster.
• Spillovers: the gains are not private only. Society gains too, through innovation, better health habits and informed citizens. This is the main reason for public spending on education.

5. Intellectual roots

Thinker	Year	Idea
Adam Smith	1776 (Wealth of Nations)	The "acquired and useful abilities" of a nation's people are part of its fixed capital.
Alfred Marshall	Chapter epigraph (Class 11)	Public and private spending on education should not be judged by its direct results alone. It lets many people "who would have died unknown" bring out their "latent abilities" (hidden talents).
T.W. Schultz	1961, "Investment in Human Capital"	Made the idea formal: spending on skills is an investment, not just consumption.
Gary Becker	1964, Human Capital (in NCERT's references)	People invest in themselves the way firms invest in machines. They compare the costs, such as fees and income given up, with the higher future earnings.

6. Key working terms

• Skill is the ability to do an activity or job well. It comes through practice and training.
• Productivity is output per unit of input, such as per worker or per hour, in a given period.
• Formula: Productivity = Total output ÷ Units of input

• It rises with better skills, health, technology and capital.

• Labour productivity is output per worker, or output per hour worked. Investment in human capital aims to raise it.

• Formula: Labour productivity = Output ÷ Number of workers (or ÷ total hours worked)

• Worked example:

• 10 untrained tailors work 8 hours a day and stitch 400 shirts.
  • Output per worker = 400 ÷ 10 = 40 shirts.
  • Output per hour = 400 ÷ (10 × 8) = 5 shirts per hour.
• After a skill course, the same 10 tailors stitch 520 shirts in the same hours.
  • Output per worker = 52 shirts. Output per hour = 6.5 shirts per hour.
  • Labour productivity rises by (52 − 40) ÷ 40 = 30%, with no new workers or machines. This is the return on human capital.

7. Facilitators of human capital (Class 8)

• Facilitators of human capital are education, training and good health. They raise workers' knowledge, cognitive development (the growth of thinking, learning and memory) and productivity.
• Education and training:
• Training is the process of learning the skills needed for a particular job.
• Example: a civil-engineering student learns design principles in the classroom. The student then learns how to build in a durable, cheap and eco-friendly way. They do this by visiting construction sites, testing materials and following safety procedures.
• Classroom learning gives theory. Training turns theory into job-ready skill.

• NEP 2020 aims to expose at least 50% of learners in school and higher education to vocational education by 2025. Fewer than 5% of the 19–24 age group received formal vocational education in 2012–2017 [3].

• Healthcare:

• The chain:
  • Good health supports cognitive development.
  • Healthy children attend school regularly and learn better.
  • Healthy workers do more in less time, are more creative and miss fewer days through illness.
• Stunting means being too short for one's age because of long-term poor nutrition. It risks lifelong limits on thinking and physical ability. 35 out of 100 Indian children under 5 were stunted (HCI 2020) [2].
• Government health spending was 1.0% of GDP (2017) in India. The regional average was 2.0% and the income-group average was 2.8% [2].
• The Economic Survey 2020-21 recommended raising public health spending from 1% to 2.5–3% of GDP [5].
• The Economic Survey 2024-25 reported that the government's share in total health expenditure rose from 29.0% (FY15) to 48.0% (FY22) [4].
  • This means people pay less out of pocket (from their own pockets at the time of treatment).

8. Work culture

• Continuous improvement is a work culture of constant improvement and attention to quality. It raises human capital and living standards.
• Japan: kaizen ("continuous improvement") has been applied since the mid-1940s. It helped raise Japanese living standards.
• Germany: its work ethic (punctuality, attention to detail, quality) helped make it a global leader in technology and manufacturing.
• Lesson: human capital is not just degrees. Habits, discipline and quality culture at work also decide how productive skills become.

9. Measuring the stock: World Bank Human Capital Index (HCI)

• Human Capital Index (HCI): a World Bank index on a 0–1 scale. It was first launched in 2018 [2].

• It measures how much human capital a child born today can expect to reach by age 18. It compares this with a benchmark of complete education and full health [2].

• India's HCI = 0.49 (2020 update, pre-COVID data) [2].

• Meaning: a child born in India will be only 49% as productive as they could be with complete education and full health.
• Global average: 0.56 [2].

• India scores above the South Asia and lower-middle-income averages [2].

• India's HCI 2020 components [2]:

Component	India (2020)
Survival to age 5	96 out of 100 children
Expected Years of School (EYS)	11.1 years
Harmonised Test Scores (HTS)	399 (300 = minimum, 625 = advanced)
Learning-adjusted Years of School (LAYS)	7.1 years
Adult survival (age 15 → 60)	83%
Not stunted	65 out of 100
HCI by sex	Girls 0.50, boys 0.49
Richest-to-poorest 20% HCI ratio	1.39 (global average 1.35)

• LAYS formula (worked example):
• LAYS = EYS × (HTS ÷ 625)
• For India: 11.1 × (399 ÷ 625) = 11.1 × 0.638 ≈ 7.1 years.

• Meaning: children spend 11.1 years in school but learn only as much as 7.1 years of top-quality schooling would give. About 4 years of schooling are "lost" to poor learning.

• Learning poverty: 55% (2017) of Indian 10-year-olds could not read and understand a simple text [2].

• Use of human capital: only 48% (2018) of India's working-age population was employed. Female labour force participation was 23% (2017) [2].

• So human capital that is built is not fully used.

• Check the latest HCI edition for newer figures. The 2020 edition is the one cited in NCERT.

10. Policy arc: 1951 → NEP 2020 (spending on people)

• The National Policy on Education 1968 first recommended public spending on education of 6% of GDP. The 1986 policy repeated this target [3].
• NEP 2020 replaced the 1986 policy and reaffirmed the 6% of GDP target [3].

• Actual public spending on education: 4.4% of GDP (2017-18) [3]. The World Bank also records 4.4% (2018) [2].

• NEP 2020 changes:

• It replaces the 10+2 structure with 5+3+3+4, covering ages 3–18 [3].

• It targets a higher-education GER of 50% by 2035, up from 26.3% (2018) [3].

  • GER (Gross Enrolment Ratio) is total enrolment in a level of education as a percentage of the population of the official age group for that level.

• Heritage note: India's traditional skill heritage (the shilpa shastras, stitched shipbuilding) is covered in Factors of Production.

Prelims Hooks

• Human capital is the skills, knowledge and health built into people. Labour is just the effort. More labour hours do not mean more human capital.
• "The acquired and useful abilities of the people are part of fixed capital" is from Adam Smith (1776). The term "latent abilities" comes from Alfred Marshall.
• Schultz (1961) wrote "Investment in Human Capital". Becker (1964) wrote Human Capital.
• Labour productivity = output ÷ workers (or ÷ hours worked).
• The World Bank publishes the Human Capital Index (0–1 scale, launched 2018). India scored 0.49 (2020), against a global average of 0.56 [2].
• HCI measures human capital reached by age 18. LAYS = EYS × HTS/625. India: 11.1 expected years, but only 7.1 learning-adjusted years [2].
• In India's HCI 2020, girls (0.50) scored higher than boys (0.49) [2].
• The 6% of GDP education spending target first came in the NPE 1968. It was repeated in 1986 and reaffirmed in NEP 2020 [3].
• Kaizen is the Japanese idea of "continuous improvement".
• The three facilitators of human capital are education, training and health (Class 8).

Mains Points

• Quantity versus quality of schooling: India's gap between 11.1 expected and 7.1 learning-adjusted school years, and 55% learning poverty, show a learning problem more than an enrolment problem [2]. This makes the case for foundational literacy and numeracy, and teacher training ("it takes human capital to make human capital").
• Health is human capital too: stunting of 35% and public health spending of about 1% of GDP (2017) hold back cognitive development and productivity [2]. The Economic Survey's 2.5–3% target [5] and the rising government share in health spending [4] should be read as investment, not welfare cost.
• Built but unused human capital: a 48% employment ratio and 23% female labour force participation (2017–18) mean skills are wasted [2]. The demographic dividend needs jobs and women's participation, not only schooling.
• The spending gap: the 6% of GDP education target, set in 1968 and reaffirmed in 2020, is still unmet at 4.4% (2017-18) [3]. Education has positive spillovers (Marshall's "latent abilities"), so markets alone under-invest in it. This justifies public spending and Centre–State fiscal coordination.